1 Climate change and temperature anomalies

Loading File

weather <- 
  read_csv("https://data.giss.nasa.gov/gistemp/tabledata_v3/NH.Ts+dSST.csv", 
           skip = 1, 
           na = "***")

inspect(weather)
## 
## quantitative variables:  
##       name   class     min       Q1   median       Q3     max     mean     sd
## ...1  Year numeric 1880.00 1914.750 1949.500 1984.250 2019.00 1.95e+03 40.559
## ...2   Jan numeric   -1.47   -0.352   -0.005    0.352    1.55 4.00e-02  0.533
## ...3   Feb numeric   -0.89   -0.363   -0.020    0.463    1.92 7.56e-02  0.533
## ...4   Mar numeric   -0.77   -0.270    0.015    0.343    1.83 9.81e-02  0.508
## ...5   Apr numeric   -0.68   -0.270   -0.020    0.265    1.42 6.00e-02  0.448
## ...6   May numeric   -0.74   -0.230   -0.020    0.220    1.03 4.23e-02  0.385
## ...7   Jun numeric   -0.56   -0.200   -0.035    0.190    1.15 4.59e-02  0.380
## ...8   Jul numeric   -0.60   -0.185   -0.020    0.143    1.02 5.06e-02  0.355
## ...9   Aug numeric   -0.76   -0.210   -0.040    0.175    1.08 3.83e-02  0.364
## ...10  Sep numeric   -0.70   -0.175   -0.010    0.195    1.18 6.46e-02  0.361
## ...11  Oct numeric   -0.81   -0.175    0.040    0.270    1.24 1.06e-01  0.401
## ...12  Nov numeric   -0.81   -0.235    0.040    0.275    1.35 8.27e-02  0.442
## ...13  Dec numeric   -1.10   -0.295   -0.030    0.325    1.45 2.25e-02  0.473
## ...14  J-D numeric   -0.54   -0.215   -0.010    0.210    1.28 5.60e-02  0.395
## ...15  D-N numeric   -0.54   -0.210   -0.015    0.217    1.31 5.75e-02  0.394
## ...16  DJF numeric   -1.00   -0.300   -0.050    0.375    1.64 4.85e-02  0.481
## ...17  MAM numeric   -0.66   -0.250   -0.025    0.242    1.43 6.67e-02  0.433
## ...18  JJA numeric   -0.54   -0.200   -0.030    0.150    1.07 4.00e-02  0.355
## ...19  SON numeric   -0.67   -0.210    0.010    0.235    1.24 8.42e-02  0.388
##         n missing
## ...1  140       0
## ...2  140       0
## ...3  140       0
## ...4  140       0
## ...5  140       0
## ...6  140       0
## ...7  140       0
## ...8  140       0
## ...9  139       1
## ...10 139       1
## ...11 139       1
## ...12 139       1
## ...13 139       1
## ...14 139       1
## ...15 138       2
## ...16 139       1
## ...17 140       0
## ...18 139       1
## ...19 139       1

2 Convert the dataframe from wide to ‘long’ format.

tidyweather <- weather %>%
  select(Year:Dec) %>%
  pivot_longer(cols=2:13, names_to = "month" ,values_to = "delta")
  #gather(2:13, key = "Month", value = "delta") #another way to do it, orders by month

inspect(tidyweather)
## 
## categorical variables:  
##    name     class levels    n missing
## 1 month character     12 1680       0
##                                    distribution
## 1 Apr (8.3%), Aug (8.3%), Dec (8.3%) ...       
## 
## quantitative variables:  
##       name   class     min      Q1  median      Q3     max     mean     sd    n
## ...1  Year numeric 1880.00 1914.75 1949.50 1984.25 2019.00 1.95e+03 40.426 1680
## ...2 delta numeric   -1.47   -0.24   -0.01    0.29    1.92 6.06e-02  0.436 1675
##      missing
## ...1       0
## ...2       5

2.1 Plotting Data on time-series scatter plot

tidyweather <- tidyweather %>%
  mutate(date = ymd(paste(as.character(Year), month, "1")), #ymd takes different years, months and days & formats it into year-month-day
         month = month(date, label=TRUE),
         year = year(date)) #I believe using month() and date() here changes the type of the variables

inspect(tidyweather)
## 
## categorical variables:  
##    name   class levels    n missing
## 1 month ordered     12 1680       0
##                                    distribution
## 1 Jan (8.3%), Feb (8.3%), Mar (8.3%) ...       
## 
## Date variables:  
##   name class      first       last min_diff max_diff    n missing
## 1 date  Date 1880-01-01 2019-12-01  28 days  31 days 1680       0
## 
## quantitative variables:  
##       name   class     min      Q1  median      Q3     max     mean     sd    n
## ...1  Year numeric 1880.00 1914.75 1949.50 1984.25 2019.00 1.95e+03 40.426 1680
## ...2 delta numeric   -1.47   -0.24   -0.01    0.29    1.92 6.06e-02  0.436 1675
## ...3  year numeric 1880.00 1914.75 1949.50 1984.25 2019.00 1.95e+03 40.426 1680
##      missing
## ...1       0
## ...2       5
## ...3       0
tidyweather_plot <- ggplot(tidyweather, aes(x=date, y = delta))+
  geom_point()+
  geom_smooth(color="red") +
  theme_economist_white() +
  labs (
    title = "Sharp Increase in Weather Anomalies Over Time",
    subtitle = "Deviations From the Base Period 1951-1980",
    x = "",
    y = "Temperature Deviations",
    caption = "Source: https://data.giss.nasa.gov/gistemp/tabledata_v3/NH.Ts+dSST.txt"
  )

tidyweather_plot

tidyweather_plot_month <- 
  tidyweather_plot +
  facet_wrap(~month) +
  theme_economist_white() +
  labs(
    title = "Sharp Increase in Weather Anomalies Over Time",
    subtitle = "Deviations From the Base Period 1951-1980, for Each Month",
    caption = "Source: https://data.giss.nasa.gov/gistemp/tabledata_v3/NH.Ts+dSST.txt"
       )
 
tidyweather_plot_month

From the graph above, it seems like the months surrounding and including winter i.e. oct, nov, dec, jan, feb, mar, have seen a slightly greater change than the months closer to spring and summer (start slightly lower and/or end slightly higher). The data for these months also seems more spread out (grey error ribbon around smoothing line is wider)

It is sometimes useful to group data into different time periods to study historical data. For example, we often refer to decades such as 1970s, 1980s, 1990s etc. to refer to a period of time. NASA calculates a temperature anomaly, as difference form the base period of 1951-1980. The code below creates a new data frame called comparison that groups data in five time periods: 1881-1920, 1921-1950, 1951-1980, 1981-2010 and 2011-present.

We remove data before 1800 and before using filter. Then, we use the mutate function to create a new variable interval which contains information on which period each observation belongs to. We can assign the different periods using case_when().

comparison <- tidyweather %>% 
  filter(Year>= 1881) %>%     #remove years prior to 1881
  #create new variable 'interval', and assign values based on criteria below:
  mutate(interval = case_when(
    Year %in% c(1881:1920) ~ "1881-1920",
    Year %in% c(1921:1950) ~ "1921-1950",
    Year %in% c(1951:1980) ~ "1951-1980",
    Year %in% c(1981:2010) ~ "1981-2010",
    TRUE ~ "2011-present"
  )) #case_when vectorises if else statements i.e. if Year is between 1881:1920, then call new data 1881-1920, else if year is between 1921:1950, then call etc...
#TRUE takes all the cases which weren't considered in the previous if statements and assigns them to 2011-present

Now that we have the interval variable, we can create a density plot to study the distribution of monthly deviations (delta), grouped by the different time periods we are interested in. Set fill to interval to group and colour the data by different time periods.

ggplot(comparison, aes(x=delta, fill=interval))+
  geom_density(alpha=0.35) +   #density plot with transparency set to 20%
  theme_economist_white() +                #theme
  labs (
    title = "The Planet's Getting Hotter!",
    subtitle = "Density Plot for Monthly Temperature Anomalies",
    x = "Temperature Deviations",
    y     = "Density"         #changing y-axis label to sentence case
  )

So far, we have been working with monthly anomalies. However, we might be interested in average annual anomalies. We can do this by using group_by() and summarise(), followed by a scatter plot to display the result.

#creating yearly averages
average_annual_anomaly <- tidyweather %>% 
  group_by(Year) %>%   #grouping data by Year
  
  # creating summaries for mean delta 
  # use `na.rm=TRUE` to eliminate NA (not available) values 
  summarise(annual_average_delta = mean(delta, na.rm=TRUE)) 

#plotting the data:
ggplot(average_annual_anomaly, aes(x=Year, y=annual_average_delta))+ #changed year to Year
  geom_point()+
  
  #Fit the best fit line, using LOESS method
  geom_smooth(method = "loess") +
  
  #change to theme_bw() to have white background + black frame around plot
  theme_economist_white() +
  labs (
    title = "Temperature Anomalies are on the Rise...",
    subtitle = "...And Faster than Ever",
    x = "",
    y     = "Average Annual Temperature Deviations"
  )                         

2.2 Confidence Interval for delta

A one-degree global change is significant because it takes a vast amount of heat to warm all the oceans, atmosphere, and land by that much. In the past, a one- to two-degree drop was all it took to plunge the Earth into the Little Ice Age.

In addition to finding the total CIs for the 2011-2019 comparison dataset, we decided it would be interesting to compare the different confidence intervals across the specific years within 2011-2019, and so found the CIs and the means across this year range and plotted them.

formula_ci <- comparison %>%
              filter(interval=="2011-present") %>% 
              subset(select=-c(4:6)) %>% #getting rid of unnecessary columns
              group_by(Year) %>% #averaging by year
              summarise(average_annual_anomaly=mean(delta,na.rm=TRUE), #averaging by year
                        sd=sd(delta,na.rm=TRUE),
                        count=count(Year),
                        t_critical=qt(0.975,count-1), 
                        se=sd/sqrt(count),
                        CI_low=average_annual_anomaly-t_critical*se,
                        CI_high=average_annual_anomaly+t_critical*se)
              
formula_ci
## # A tibble: 9 x 8
##    Year average_annual_anomaly    sd count t_critical     se CI_low CI_high
##   <dbl>                  <dbl> <dbl> <int>      <dbl>  <dbl>  <dbl>   <dbl>
## 1  2011                  0.7   0.103    12       2.20 0.0298  0.634   0.766
## 2  2012                  0.765 0.160    12       2.20 0.0462  0.663   0.867
## 3  2013                  0.753 0.111    12       2.20 0.0321  0.682   0.823
## 4  2014                  0.9   0.140    12       2.20 0.0405  0.811   0.989
## 5  2015                  1.13  0.163    12       2.20 0.0470  1.03    1.23 
## 6  2016                  1.28  0.326    12       2.20 0.0940  1.07    1.48 
## 7  2017                  1.13  0.213    12       2.20 0.0616  0.990   1.26 
## 8  2018                  0.989 0.158    12       2.20 0.0455  0.889   1.09 
## 9  2019                  1.12  0.163    12       2.20 0.0470  1.01    1.22
ggplot(formula_ci, aes(x=reorder(Year,Year), y=average_annual_anomaly)) +
  geom_point() +
  geom_errorbar(width=.2, aes(ymin=CI_low, ymax=CI_high)) + 
  labs(x=" ", y= "Average annual deviation", title="Highest deviation from base period in 2016", 
       subtitle="Confidence intervals of yearly temperature deviations") + 
  theme_economist()+
  coord_flip()

formula_ci_total <- comparison %>% 
                    filter(interval=="2011-present") %>% 
                    subset(select=-c(4:6)) %>%
                    summarise(average_annual_anomaly=mean(delta,na.rm=TRUE), #averaging by year
                        sd=sd(delta,na.rm=TRUE),
                        count=n(),
                        t_critical=qt(0.975,count-1), 
                        se=sd/sqrt(count),
                        CI_low=average_annual_anomaly-t_critical*se,
                        CI_high=average_annual_anomaly+t_critical*se)
                                 
formula_ci_total
## # A tibble: 1 x 7
##   average_annual_anomaly    sd count t_critical     se CI_low CI_high
##                    <dbl> <dbl> <int>      <dbl>  <dbl>  <dbl>   <dbl>
## 1                  0.966 0.262   108       1.98 0.0252  0.916    1.02
library(infer)
formula_ci2 <- comparison %>% 
  filter(interval == "2011-present") %>%   # choose the interval 2011-present
  specify(response = delta) %>%    
  generate(reps = 1000, type = "bootstrap") %>%
  calculate(stat = "mean") %>%
  get_confidence_interval(level=0.95, type = "percentile")

formula_ci2
## # A tibble: 1 x 2
##   lower_ci upper_ci
##      <dbl>    <dbl>
## 1    0.919     1.02

What is the data showing us? Please type your answer after (and outside!) this blockquote. You have to explain what you have done, and the interpretation of the result. One paragraph max, please!

First, we use filter to pick the targeted interval from 2011 onwards. Then, we use both formula method and bootstrap method to generate the 95% confidence interval of delta, which lies between 0.916 to 1.02. This indicates we are 95% confident that the interval (0.916 - 1.02) captures the true mean value of delta. We can use that to infer the potential trend of the temperature deviation.

3 General Social Survey (GSS)

gss <- read_csv(here::here("data", "smallgss2016.csv"), 
                na = c("", "Don't know",
                       "No answer", "Not applicable"))

inspect(gss)
## 
## categorical variables:  
##       name     class levels    n missing
## 1 emailmin character     15 2867       0
## 2  emailhr character     42 2867       0
## 3 snapchat character      3 2867       0
## 4 instagrm character      3 2867       0
## 5  twitter character      3 2867       0
## 6      sex character      2 2867       0
## 7   degree character      6 2867       0
##                                    distribution
## 1 0 (49.3%), NA (42.5%), 30 (3.9%) ...         
## 2 NA (42.5%), 0 (14.5%), 1 (10.7%) ...         
## 3 NA (52.1%), No (37%), Yes (10.8%)            
## 4 NA (52.1%), No (33.1%), Yes (14.8%)          
## 5 NA (52.1%), No (39%), Yes (8.9%)             
## 6 Female (55.5%), Male (44.5%)                 
## 7 High school (51%), Bachelor (18.7%) ...
skim(gss)
Data summary
Name gss
Number of rows 2867
Number of columns 7
_______________________
Column type frequency:
character 7
________________________
Group variables None

Variable type: character

skim_variable n_missing complete_rate min max empty n_unique whitespace
emailmin 0 1 1 2 0 15 0
emailhr 0 1 1 3 0 42 0
snapchat 0 1 2 3 0 3 0
instagrm 0 1 2 3 0 3 0
twitter 0 1 2 3 0 3 0
sex 0 1 4 6 0 2 0
degree 0 1 2 14 0 6 0

3.1 Instagram and Snapchat, by sex

#Can we estimate the population proportion of Snapchat or Instagram users in 2016?

#1. Create a new variable, snap_insta that is Yes if the respondent reported using any of Snapchat (snapchat) or Instagram (instagrm), and No if not. If the recorded value was NA for both of these questions, the value in your new variable should also be NA.

gss_new <- gss %>%
  mutate(snap_insta = case_when(snapchat == "Yes" | instagrm == "Yes" ~ "Yes",
                                snapchat == "No" & instagrm == "No" ~ "No",
                                TRUE ~ "NA"))
gss_new
## # A tibble: 2,867 x 8
##    emailmin emailhr snapchat instagrm twitter sex    degree         snap_insta
##    <chr>    <chr>   <chr>    <chr>    <chr>   <chr>  <chr>          <chr>     
##  1 0        12      NA       NA       NA      Male   Bachelor       NA        
##  2 30       0       No       No       No      Male   High school    No        
##  3 NA       NA      No       No       No      Male   Bachelor       No        
##  4 10       0       NA       NA       NA      Female High school    NA        
##  5 NA       NA      Yes      Yes      No      Female Graduate       Yes       
##  6 0        2       No       Yes      No      Female Junior college Yes       
##  7 0        40      NA       NA       NA      Male   High school    NA        
##  8 NA       NA      Yes      Yes      No      Female High school    Yes       
##  9 0        0       NA       NA       NA      Male   High school    NA        
## 10 NA       NA      No       No       No      Male   Junior college No        
## # … with 2,857 more rows

#1.Calculate the proportion of Yes’s for snap_insta among those who answered the question, i.e. excluding NAs.

gss_snap_insta <- gss_new %>%
  filter(snap_insta != "NA") %>%
  group_by(snap_insta) %>%
  summarise(count_snap_insta = count(snap_insta)) %>%
  mutate(proportion = count_snap_insta/sum(count_snap_insta))

gss_snap_insta
## # A tibble: 2 x 3
##   snap_insta count_snap_insta proportion
##   <chr>                 <int>      <dbl>
## 1 No                      858      0.625
## 2 Yes                     514      0.375

#1. Using the CI formula for proportions, please construct 95% CIs for men and women who used either Snapchat or Instagram

gss_snap_insta_ci <- gss_snap_insta %>%
  mutate(Lower_Confidence_Interval = proportion + qnorm(0.025)*sqrt(proportion*(1-proportion)/1372), Higher_Confidence_Interval = proportion + qnorm(0.975)*sqrt(proportion*(1-proportion)/1372), Low_Count = Lower_Confidence_Interval*1372, High_Count = Higher_Confidence_Interval*1372, snap_insta = c("Use Neither Snapchat nor Instagram", "Use One or Both of Snapchat or Instagram"))

gss_snap_insta_ci
## # A tibble: 2 x 7
##   snap_insta count_snap_insta proportion Lower_Confidenc… Higher_Confiden…
##   <chr>                 <int>      <dbl>            <dbl>            <dbl>
## 1 Use Neith…              858      0.625            0.600            0.651
## 2 Use One o…              514      0.375            0.349            0.400
## # … with 2 more variables: Low_Count <dbl>, High_Count <dbl>
gss_snap_insta_ci_plot <- gss_snap_insta_ci %>%
  ggplot(aes(x = snap_insta, y = count_snap_insta, fill = snap_insta)) +
  geom_col(show.legend = FALSE) +
  geom_errorbar(width=.2, aes(ymin=Low_Count, ymax=High_Count)) +
  geom_text(aes(label = signif(proportion, digits = 3), vjust = -0.5,  hjust = 6)) + 
  labs(title = "Men and Women say NO to Instagram and Snapchat*", 
       subtitle = "*Well at least a large proportion of the ones who took this survey do", 
       x = "",
       y = "Number of respondants") 
  

gss_snap_insta_ci_plot

3.2 Twitter, by education level

#Can we estimate the population proportion of Twitter users by education level in 2016?.

There are 5 education levels in variable degree which, in ascending order of years of education, are Lt high school, High School, Junior college, Bachelor, Graduate.

#1. Turn degree from a character variable into a factor variable. Make sure the order is the correct one and that levels are not sorted alphabetically which is what R by default does.

gss_deg_fac <- ordered(gss$degree, levels = c("Lt high school", "High school", "Junior College", "Bachelor", "Graduate"))

gss_new <- gss[-7] %>% 
  mutate(gss_deg_fac)

skim(gss_new)
Data summary
Name gss_new
Number of rows 2867
Number of columns 7
_______________________
Column type frequency:
character 6
factor 1
________________________
Group variables None

Variable type: character

skim_variable n_missing complete_rate min max empty n_unique whitespace
emailmin 0 1 1 2 0 15 0
emailhr 0 1 1 3 0 42 0
snapchat 0 1 2 3 0 3 0
instagrm 0 1 2 3 0 3 0
twitter 0 1 2 3 0 3 0
sex 0 1 4 6 0 2 0

Variable type: factor

skim_variable n_missing complete_rate ordered n_unique top_counts
gss_deg_fac 224 0.92 TRUE 4 Hig: 1461, Bac: 536, Lt : 328, Gra: 318

#1. Create a new variable, bachelor_graduate that is Yes if the respondent has either a Bachelor or Graduate degree. As before, if the recorded value for either was NA, the value in your new variable should also be NA.

gss_bg <- gss_new %>% 
 mutate(bachelor_graduate = case_when(
    gss_deg_fac %in% c("Bachelor", "Graduate") ~ "Yes",
    gss_deg_fac %in% NA ~ "NA",
    TRUE ~ "No"
  ))

gss_bg
## # A tibble: 2,867 x 8
##    emailmin emailhr snapchat instagrm twitter sex   gss_deg_fac bachelor_gradua…
##    <chr>    <chr>   <chr>    <chr>    <chr>   <chr> <ord>       <chr>           
##  1 0        12      NA       NA       NA      Male  Bachelor    Yes             
##  2 30       0       No       No       No      Male  High school No              
##  3 NA       NA      No       No       No      Male  Bachelor    Yes             
##  4 10       0       NA       NA       NA      Fema… High school No              
##  5 NA       NA      Yes      Yes      No      Fema… Graduate    Yes             
##  6 0        2       No       Yes      No      Fema… <NA>        NA              
##  7 0        40      NA       NA       NA      Male  High school No              
##  8 NA       NA      Yes      Yes      No      Fema… High school No              
##  9 0        0       NA       NA       NA      Male  High school No              
## 10 NA       NA      No       No       No      Male  <NA>        NA              
## # … with 2,857 more rows

#1. Calculate the proportion of bachelor_graduate who do (Yes) and who don’t (No) use twitter.

bg_prop <- gss_bg %>% 
  filter(bachelor_graduate == "Yes") %>% 
  filter(twitter != "NA") %>% 
  group_by(twitter) %>% 
  summarise(count_twitter = count(twitter)) %>% 
  mutate(proportion = count_twitter/sum(count_twitter)) 

bg_prop
## # A tibble: 2 x 3
##   twitter count_twitter proportion
##   <chr>           <int>      <dbl>
## 1 No                375      0.767
## 2 Yes               114      0.233
bg_prop_graph <- bg_prop %>% 
  ggplot(aes(x=twitter, y = count_twitter, fill = twitter)) +
  labs(
    title = "People Who Hold a Bachelor Level Degree or Higher Use Twitter Less",
    subtitle = "According to Data from this Survey",
    x = "Use Twitter?",
    y = "Number of People From Survey"
  ) +
  geom_col(show.legend = FALSE) +
  geom_text(aes(label = signif(proportion, digits = 3), vjust = -0.5)) + #tried to format this as percentage, but can't figure out how?
  theme_economist_white() +
  theme(
  plot.title = element_text(vjust = 2, size = 25),
  plot.subtitle = element_text(vjust = 1, size = 20),
  axis.title.y = element_text(size=14,face="bold", vjust = 2),
  axis.title.x = element_text(size=14,face="bold")
)

bg_prop_graph

#1. Using the CI formula for proportions, please construct two 95% CIs for bachelor_graduate vs whether they use (Yes) and don’t (No) use twitter.

sd_prop <- function(x,y) sqrt(x*(1-x)/y)
CI <- function(x,y,z) x + qnorm(z)*sd_prop(x,y)
sum_sample <- sum(bg_prop$count_twitter)


bg_prop_CI <- bg_prop %>% 
  mutate(SD = sd_prop(proportion, sum_sample), CI_low = CI(proportion, sum_sample, 0.025), CI_high = CI(proportion, sum_sample, 0.975), CI_low_abs = CI_low*sum_sample, CI_high_abs = CI_high*sum_sample) 

bg_prop_CI
## # A tibble: 2 x 8
##   twitter count_twitter proportion     SD CI_low CI_high CI_low_abs CI_high_abs
##   <chr>           <int>      <dbl>  <dbl>  <dbl>   <dbl>      <dbl>       <dbl>
## 1 No                375      0.767 0.0191  0.729   0.804      357.         393.
## 2 Yes               114      0.233 0.0191  0.196   0.271       95.7        132.
bg_prop_CI_plot <- bg_prop_CI %>% 
  ggplot(aes(x=twitter, y = count_twitter, fill = twitter)) +
  labs(
    title = "People Who Hold a Bachelor Level Degree or Higher Use Twitter Less",
    subtitle = "According to Data from this Survey",
    x = "Use Twitter?",
    y = "Number of People From Survey"
  ) +
  geom_col(show.legend = FALSE) +
  geom_errorbar(width=.2, aes(ymin=CI_low_abs, ymax=CI_high_abs)) +
  geom_text(aes(label = signif(proportion, digits = 3), vjust = -0.5, hjust = 6)) + #tried to format this as percentage, but can't figure out how?
  theme_economist_white() +
  theme(
  plot.title = element_text(vjust = 2, size = 25),
  plot.subtitle = element_text(vjust = 1, size = 20),
  axis.title.y = element_text(size=14,face="bold", vjust = 2),
  axis.title.x = element_text(size=14,face="bold")
)

bg_prop_CI_plot

#1. Do these two Confidence Intervals overlap?

No these confidence intervals do not overlap. They do have the same size though, due to the symmetry of the equation for the standard deviation for proportions (i.e. x(1-x) will be the same for both Yes and No, since p(yes) + p(no) = 1).

3.3 Email usage

#Can we estimate the population parameter on time spent on email weekly?

3.3.1 1. Create a new variable called email that combines emailhr and emailmin to reports the number of minutes the respondents spend on email weekly.

In the following, we transformed the given data set gss into the new table email_comb, in which we have cleaned the data (ommiting all NAs), converted both columns of interst email_hr and email_min into doubles, and then combined the columns. Additioanly, we present the summary statistics using both a manual approach and the inspect() command.

#Original data set
gss 
## # A tibble: 2,867 x 7
##    emailmin emailhr snapchat instagrm twitter sex    degree        
##    <chr>    <chr>   <chr>    <chr>    <chr>   <chr>  <chr>         
##  1 0        12      NA       NA       NA      Male   Bachelor      
##  2 30       0       No       No       No      Male   High school   
##  3 NA       NA      No       No       No      Male   Bachelor      
##  4 10       0       NA       NA       NA      Female High school   
##  5 NA       NA      Yes      Yes      No      Female Graduate      
##  6 0        2       No       Yes      No      Female Junior college
##  7 0        40      NA       NA       NA      Male   High school   
##  8 NA       NA      Yes      Yes      No      Female High school   
##  9 0        0       NA       NA       NA      Male   High school   
## 10 NA       NA      No       No       No      Male   Junior college
## # … with 2,857 more rows
#combine emailhr and emailmin and convert them to doubles
email_comb <- gss %>% mutate(emailmin_new=as.double(emailmin)/60,
                                      emailhr_new=as.double(emailhr),
                                      email_time=emailhr_new+emailmin_new) %>% 
                      na.omit() %>% 
                      select(email_time)

email_comb
## # A tibble: 1,649 x 1
##    email_time
##         <dbl>
##  1     12    
##  2      0.5  
##  3      0.167
##  4      2    
##  5     40    
##  6      0    
##  7      2    
##  8     10    
##  9      0.5  
## 10      1    
## # … with 1,639 more rows
#basic statistics about hours spent checking emails 
mean_median_time <- email_comb %>% 
                    summarise(mean_hours=mean(email_time),
                              median_hours=median(email_time))
mean_median_time #manual approach
## # A tibble: 1 x 2
##   mean_hours median_hours
##        <dbl>        <dbl>
## 1       6.95            2
inspect(email_comb) #inspect command
## 
## quantitative variables:  
##            name   class min    Q1 median Q3 max mean   sd    n missing
## ...1 email_time numeric   0 0.833      2  8 100 6.95 11.3 1649       0
# Percentages
8/1649
## [1] 0.00485
3/1649
## [1] 0.00182

3.3.2 2. Visualise the distribution of this new variable. Find the mean and the median number of minutes respondents spend on email weekly. Is the mean or the median a better measure of the typical amounT of time Americans spend on email weekly? Why?

Both the histogram and the boxplot reveal a heavily right-skewed distribution. Most of the survey participants spend well below 10 hours per week checking their emails. However, some of those surveyed indicated to spend much more time per week on this task: 8 people (representing 0.5% of all participants) spend over 50 hours per week, 3 (0.2%) spent even more than 75 hours per week. Those outliers pull the sample mean upwards, making the median a better, more robust, and more representative measure of the “typical value” in the sample.

# Visualization of distribution: Histogram
ggplot(email_comb, aes(x=email_time))+
 geom_histogram() +
theme_economist_white() + 
  labs (title="Most People Spend Little Time Checking their Mails",
        subtitle = "Hours People Spent Checking their Emails per Week", 
        x="Hours spent per week", 
        y = "Number of Persons")

# Visualization of distribution: Boxplot

ggplot(email_comb, aes(email_time)) +
       labs(title = "Heavy outliers pull the mean upwards",
            subtitle = "Boxplot",
            x = "Hours spent per week",
            y = "") + 
         theme_economist_white() + theme(axis.text.y=element_blank()) +
        geom_boxplot(width=1) + ylim(-1,1) +
        NULL

3.3.3 3. Using the infer package, calculate a 95% bootstrap confidence interval for the mean amount of time Americans spend on email weekly. Interpret this interval in context of the data, reporting its endpoints in “humanized” units (e.g. instead of 108 minutes, report 1 hr and 8 minutes). If you get a result that seems a bit odd, discuss why you think this might be the case.

infer_ci_email <- email_comb %>% 
  specify(response=email_time) %>% 
  generate(reps=1000,type="bootstrap") %>% 
  calculate(stat="mean") %>% get_confidence_interval(level=0.95, type="percentile")
infer_ci_email 
## # A tibble: 1 x 2
##   lower_ci upper_ci
##      <dbl>    <dbl>
## 1     6.45     7.51

3.3.4 4. Would you expect a 99% confidence interval to be wider or narrower than the interval you calculated above? Explain your reasoning.

A 99% confidence interval will be wider than a 95% confidence interval because to be more confident that the true population value falls within the interval we will need to allow more potential values within the interval. That’s because a confidence level refers to the percentage of all possible samples that can be expected to include the true population parameter. For example, suppose all possible samples were selected from the same population, and a confidence interval computed for each sample. A 95% confidence level implies that 95% of the confidence intervals would include the true population parameter. 5% of the intervals won’t contain the parameter. The confidence level most commonly adopted is 95%. Comparing the output above (95% CI) with the output below (99% CI) shows that the interval increases when increasing the confidence level.

infer_ci_email_99 <- email_comb %>% 
  specify(response=email_time) %>% 
  generate(reps=1000,type="bootstrap") %>% 
  calculate(stat="mean") %>% get_confidence_interval(level=0.99, type="percentile")
infer_ci_email_99
## # A tibble: 1 x 2
##   lower_ci upper_ci
##      <dbl>    <dbl>
## 1     6.28     7.72

4 Trump’s Approval Margins

##As we saw in class, fivethirtyeight.com has detailed data on all polls that track the president’s approval

# Import approval polls data
approval_polllist <- read_csv(here::here('data', 'approval_polllist.csv'))

# or directly off fivethirtyeight website
# approval_polllist <- read_csv('https://projects.fivethirtyeight.com/trump-approval-data/approval_polllist.csv') 

glimpse(approval_polllist)
## Rows: 15,619
## Columns: 22
## $ president           <chr> "Donald Trump", "Donald Trump", "Donald Trump", "…
## $ subgroup            <chr> "All polls", "All polls", "All polls", "All polls…
## $ modeldate           <chr> "9/27/2020", "9/27/2020", "9/27/2020", "9/27/2020…
## $ startdate           <chr> "1/20/2017", "1/20/2017", "1/20/2017", "1/21/2017…
## $ enddate             <chr> "1/22/2017", "1/22/2017", "1/24/2017", "1/23/2017…
## $ pollster            <chr> "Gallup", "Morning Consult", "Ipsos", "Gallup", "…
## $ grade               <chr> "B", "B/C", "B-", "B", "B-", "C+", "B+", "B", "C+…
## $ samplesize          <dbl> 1500, 1992, 1632, 1500, 1651, 1500, 1190, 1500, 1…
## $ population          <chr> "a", "rv", "a", "a", "a", "lv", "rv", "a", "lv", …
## $ weight              <dbl> 0.262, 0.680, 0.153, 0.243, 0.142, 0.200, 1.514, …
## $ influence           <dbl> 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0…
## $ approve             <dbl> 45.0, 46.0, 42.1, 45.0, 42.3, 57.0, 36.0, 46.0, 5…
## $ disapprove          <dbl> 45.0, 37.0, 45.2, 46.0, 45.8, 43.0, 44.0, 45.0, 4…
## $ adjusted_approve    <dbl> 45.7, 45.3, 43.2, 45.7, 43.4, 51.5, 37.6, 46.7, 5…
## $ adjusted_disapprove <dbl> 43.6, 38.3, 43.9, 44.6, 44.5, 44.5, 42.8, 43.6, 4…
## $ multiversions       <chr> NA, NA, NA, NA, NA, NA, NA, NA, NA, NA, NA, NA, N…
## $ tracking            <lgl> TRUE, NA, TRUE, TRUE, TRUE, TRUE, NA, TRUE, TRUE,…
## $ url                 <chr> "http://www.gallup.com/poll/201617/gallup-daily-t…
## $ poll_id             <dbl> 49253, 49249, 49426, 49262, 49425, 49266, 49260, …
## $ question_id         <dbl> 77265, 77261, 77599, 77274, 77598, 77278, 77272, …
## $ createddate         <chr> "1/23/2017", "1/23/2017", "3/1/2017", "1/24/2017"…
## $ timestamp           <chr> "00:45:20 27 Sep 2020", "00:45:20 27 Sep 2020", "…
approval_polllist<-approval_polllist %>% 
  mutate(end_date = mdy(enddate))

# Use `lubridate` to fix dates, as they are given as characters.

4.1 Create a plot

What I would like you to do is to calculate the average net approval rate (approve- disapprove) for each week since he got into office. I want you plot the net approval, along with its 95% confidence interval. There are various dates given for each poll, please use enddate, i.e., the date the poll ended.

You can facet by year, and add an orange line at zero. Your plot should look like this:

## # A tibble: 15,619 x 22
##    president subgroup modeldate startdate enddate pollster grade samplesize
##    <chr>     <chr>    <chr>     <chr>     <chr>   <chr>    <chr>      <dbl>
##  1 Donald T… All pol… 9/27/2020 1/20/2017 1/22/2… Gallup   B           1500
##  2 Donald T… All pol… 9/27/2020 1/20/2017 1/22/2… Morning… B/C         1992
##  3 Donald T… All pol… 9/27/2020 1/20/2017 1/24/2… Ipsos    B-          1632
##  4 Donald T… All pol… 9/27/2020 1/21/2017 1/23/2… Gallup   B           1500
##  5 Donald T… All pol… 9/27/2020 1/21/2017 1/25/2… Ipsos    B-          1651
##  6 Donald T… All pol… 9/27/2020 1/22/2017 1/24/2… Rasmuss… C+          1500
##  7 Donald T… All pol… 9/27/2020 1/20/2017 1/25/2… Quinnip… B+          1190
##  8 Donald T… All pol… 9/27/2020 1/22/2017 1/24/2… Gallup   B           1500
##  9 Donald T… All pol… 9/27/2020 1/23/2017 1/25/2… Rasmuss… C+          1500
## 10 Donald T… All pol… 9/27/2020 1/23/2017 1/25/2… Gallup   B           1500
## # … with 15,609 more rows, and 14 more variables: population <chr>,
## #   weight <dbl>, influence <dbl>, approve <dbl>, disapprove <dbl>,
## #   adjusted_approve <dbl>, adjusted_disapprove <dbl>, multiversions <chr>,
## #   tracking <lgl>, url <chr>, poll_id <dbl>, question_id <dbl>,
## #   createddate <chr>, timestamp <chr>
## # A tibble: 15,619 x 4
##    enddate    net_approval_rate  week year 
##    <date>                 <dbl> <dbl> <chr>
##  1 2017-01-22               0       4 2017 
##  2 2017-01-22               9       4 2017 
##  3 2017-01-24              -3.1     4 2017 
##  4 2017-01-23              -1       4 2017 
##  5 2017-01-25              -3.5     4 2017 
##  6 2017-01-24              14       4 2017 
##  7 2017-01-25              -8       4 2017 
##  8 2017-01-24               1       4 2017 
##  9 2017-01-25              18       4 2017 
## 10 2017-01-25               1       4 2017 
## # … with 15,609 more rows

4.2 Compare Confidence Intervals

Compare the confidence intervals for week 15 (6-12 April 2020) and week 34 (17-23 August 2020). Can you explain what’s going on? One paragraph would be enough.

approval_15_34 <- net_approval_rate_mean_CI %>% 
  filter(year == 2020, week %in% c(15, 34)) %>% 
  mutate(week = c("Week of the 6th of April", "Week of the 17th of August"))

approval_15_34
## # A tibble: 2 x 9
## # Groups:   year [1]
##   year  week      average_weekly_ne…    sd count t_critical    se CI_low CI_high
##   <chr> <chr>                  <dbl> <dbl> <int>      <dbl> <dbl>  <dbl>   <dbl>
## 1 2020  Week of …              -7.62  3.27    94       1.99 0.338  -8.29   -6.95
## 2 2020  Week of …             -11.5   7.14    84       1.99 0.779 -13.0    -9.93
approval_15_34 %>% ggplot(aes(x = week, y = average_weekly_net_approval, fill = week)) +
  geom_col(show.legend = FALSE, aes(x=reorder(week, desc(average_weekly_net_approval)))) + #reordering so that april is on left
  geom_errorbar(width=.2, aes(ymin=CI_low, ymax=CI_high)) +
  labs(title = "From April to August 2020, Overall a Growing Number of American People Disapprove of Trump",
       x = "",
       y = "Average Net Approval (%)"
       )

approval_15_34 %>% ggplot(aes(x = week, y = CI_high - CI_low, fill = week)) +
  geom_col(show.legend = FALSE, aes(x=reorder(week, CI_high - CI_low))) +
  labs(title = "From April to August 2020, there's Growing Uncertainty in How the American People View Trump",
       subtitle = "Comparing the Confidence Intervals around the Average Net Approval Rate for Two Separate Weeks",
       x = "",
       y = "Length of the 95% Confidence Intervals"
       )

As we can see from the two graphs above, the net approval rating confidence interval has increased from week 15 to week 34. Which means as Donald J. Trump’s tenure went on, the divergence in the approval rating increased. This could go to show the growing divide between the extremes in the USA and the polarisation of its population. The difference could be due to the emergence of Joe Biden, as the Democratic nominee, and the worsening of the COVID situation in the USA. This could have adversely impacted Trump’s net approval rating and be an explanation for the graphs above.

5 Gapminder revisited

library(wbstats)


# load gapminder HIV data
hiv <- read_csv(here::here("data","adults_with_hiv_percent_age_15_49.csv"))
life_expectancy <- read.csv(here::here("data","life_expectancy_years.csv"))

# get World bank data using wbstats
indicators <- c("SP.DYN.TFRT.IN","SE.PRM.NENR", "SH.DYN.MORT", "NY.GDP.PCAP.KD")
worldbank_data <- wb_data(country="countries_only", #countries only- no aggregates like Latin America, Europe, etc.
                          indicator = indicators, 
                          start_date = 1960, 
                          end_date = 2016)

# get a dataframe of information regarding countries, indicators, sources, regions, indicator topics, lending types, income levels,  from the World Bank API 
countries <-  wbstats::wb_cachelist$countries

##Tidying and Joining Datasets

# A data set is tidy if and only if:
# 
# 1. Every variable is in its own column
# 2. Every observation is in its own row
# 3. Every value is in its own cell (which follows from the above)

life_expectancy
##                            country X1800 X1801 X1802 X1803 X1804 X1805 X1806
## 1                      Afghanistan  28.2  28.2  28.2  28.2  28.2  28.2  28.1
## 2                          Albania  35.4  35.4  35.4  35.4  35.4  35.4  35.4
## 3                          Algeria  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 4                          Andorra    NA    NA    NA    NA    NA    NA    NA
## 5                           Angola  27.0  27.0  27.0  27.0  27.0  27.0  27.0
## 6              Antigua and Barbuda  33.5  33.5  33.5  33.5  33.5  33.5  33.5
## 7                        Argentina  33.2  33.2  33.2  33.2  33.2  33.2  33.2
## 8                          Armenia  34.0  34.0  34.0  34.0  34.0  34.0  34.0
## 9                        Australia  34.0  34.0  34.0  34.0  34.0  34.0  34.0
## 10                         Austria  34.4  34.4  34.4  34.4  34.4  34.4  34.4
## 11                      Azerbaijan  29.2  29.2  29.2  29.2  29.2  29.2  29.2
## 12                         Bahamas  35.2  35.2  35.2  35.2  35.2  35.2  35.2
## 13                         Bahrain  30.3  30.3  30.3  30.3  30.3  30.3  30.3
## 14                      Bangladesh  25.5  25.5  25.5  25.5  25.5  25.5  25.5
## 15                        Barbados  32.1  32.1  32.1  32.1  32.1  32.1  32.1
## 16                         Belarus  36.2  36.2  36.2  36.2  36.2  36.2  36.2
## 17                         Belgium  40.0  40.0  40.0  40.0  40.0  40.0  40.0
## 18                          Belize  26.5  26.5  26.5  26.5  26.5  26.5  26.5
## 19                           Benin  31.0  31.0  31.0  31.0  31.0  31.0  31.0
## 20                          Bhutan  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 21                         Bolivia  33.0  33.0  33.0  33.0  33.0  33.0  33.0
## 22          Bosnia and Herzegovina  35.1  35.1  35.1  35.1  35.1  35.1  35.1
## 23                        Botswana  33.6  33.6  33.6  33.6  33.6  33.6  33.6
## 24                          Brazil  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 25                          Brunei  29.2  29.2  29.2  29.2  29.2  29.2  29.2
## 26                        Bulgaria  35.8  35.8  35.9  35.9  36.0  36.0  36.1
## 27                    Burkina Faso  29.2  29.2  29.2  29.2  29.2  29.2  29.2
## 28                         Burundi  31.5  31.5  31.5  31.5  31.5  31.5  31.5
## 29                        Cambodia  35.0  35.0  35.0  35.0  35.0  35.0  35.0
## 30                        Cameroon  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 31                          Canada  39.0  39.0  39.0  39.0  39.0  39.0  39.0
## 32                      Cape Verde  33.8  33.8  33.8  33.8  33.8  33.8  33.8
## 33        Central African Republic  30.0  30.0  30.0  30.0  30.0  30.0  30.0
## 34                            Chad  30.9  30.9  30.9  30.9  30.9  30.9  30.9
## 35                           Chile  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 36                           China  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 37                        Colombia  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 38                         Comoros  32.1  32.1  32.1  32.1  32.1  32.1  32.1
## 39                Congo, Dem. Rep.  31.6  31.6  31.6  31.6  31.6  31.6  31.6
## 40                     Congo, Rep.  32.7  32.7  32.7  32.7  32.7  32.7  32.7
## 41                      Costa Rica  30.2  30.2  30.2  30.2  30.2  30.2  30.2
## 42                   Cote d'Ivoire  31.2  31.2  31.2  31.2  31.2  31.2  31.2
## 43                         Croatia  36.1  36.1  36.1  36.1  36.1  36.1  36.1
## 44                            Cuba  32.2  32.3  32.5  32.6  32.7  32.9  33.0
## 45                          Cyprus  38.5  38.5  38.5  38.5  38.5  38.5  38.5
## 46                  Czech Republic  35.0  35.0  35.0  35.0  35.0  35.0  35.0
## 47                         Denmark  37.4  38.5  44.4  44.8  42.8  43.0  43.8
## 48                        Djibouti  29.9  29.9  29.9  29.9  29.9  29.9  29.9
## 49                        Dominica    NA    NA    NA    NA    NA    NA    NA
## 50              Dominican Republic  29.9  29.9  29.9  29.9  29.9  29.9  29.9
## 51                         Ecuador  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 52                           Egypt  33.0  33.0  33.0  33.0  33.0  33.0  33.0
## 53                     El Salvador  28.7  28.7  28.7  28.7  28.7  28.7  28.7
## 54               Equatorial Guinea  29.8  29.8  29.8  29.8  29.8  29.8  29.8
## 55                         Eritrea  30.2  30.2  30.2  30.2  30.2  30.2  30.2
## 56                         Estonia  36.1  35.7  35.3  34.8  34.4  33.9  34.1
## 57                        Ethiopia  29.7  29.7  29.7  29.7  29.7  29.7  29.7
## 58                            Fiji  26.1  26.1  26.1  26.1  26.1  26.1  26.1
## 59                         Finland  36.6  40.3  39.2  28.5  35.9  39.8  38.8
## 60                          France  34.0  36.4  34.4  30.6  29.4  34.9  35.0
## 61                           Gabon  30.6  30.6  30.6  30.6  30.6  30.6  30.6
## 62                          Gambia  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 63                         Georgia  31.9  31.9  31.9  31.9  31.9  31.9  31.9
## 64                         Germany  38.4  38.4  38.4  38.4  38.4  38.4  38.4
## 65                           Ghana  28.0  28.0  28.0  28.0  28.0  28.0  28.0
## 66                          Greece  36.6  36.6  36.6  36.6  36.6  36.6  36.6
## 67                         Grenada  31.4  31.4  31.4  31.4  31.4  31.4  31.4
## 68                       Guatemala  25.8  25.8  25.8  25.8  25.8  25.8  25.8
## 69                          Guinea  29.5  29.5  29.5  29.5  29.5  29.6  29.6
## 70                   Guinea-Bissau  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 71                          Guyana  31.1  31.1  31.1  31.1  31.1  31.1  31.1
## 72                           Haiti  29.0  29.0  29.0  29.0  29.0  29.0  29.0
## 73                        Honduras  33.9  33.9  33.9  33.9  33.9  33.9  33.9
## 74                         Hungary  36.0  36.0  36.0  36.0  36.0  36.0  36.0
## 75                         Iceland  42.9  33.9  27.6  19.6  24.8  30.9  45.8
## 76                           India  25.4  25.4  25.0  24.0  23.5  25.4  25.4
## 77                       Indonesia  30.0  30.0  30.0  30.0  30.0  30.0  30.0
## 78                            Iran  25.6  25.6  25.6  25.6  25.6  25.6  25.6
## 79                            Iraq  31.2  31.2  31.2  31.2  31.2  31.2  31.2
## 80                         Ireland  38.3  38.3  38.3  38.3  38.3  38.3  38.3
## 81                          Israel  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 82                           Italy  29.7  29.7  29.7  29.7  29.7  29.7  29.7
## 83                         Jamaica  34.2  34.2  34.2  34.2  34.2  34.2  34.2
## 84                           Japan  36.4  36.4  36.4  36.4  36.4  36.4  36.4
## 85                          Jordan  31.7  31.7  31.7  31.7  31.7  31.7  31.7
## 86                      Kazakhstan  26.2  26.2  26.2  26.2  26.2  26.2  26.2
## 87                           Kenya  25.5  25.5  25.5  25.5  25.5  25.5  25.5
## 88                        Kiribati  24.9  24.9  24.9  24.9  24.9  24.9  24.9
## 89                          Kuwait  26.0  26.0  26.0  26.0  26.0  26.0  26.0
## 90                 Kyrgyz Republic  23.9  23.9  23.9  23.9  23.9  23.9  23.9
## 91                             Lao  31.9  31.9  31.9  31.9  31.9  31.9  31.9
## 92                          Latvia  33.0  33.0  33.0  33.0  33.0  33.0  33.0
## 93                         Lebanon  29.7  29.7  29.7  29.7  29.7  29.7  29.7
## 94                         Lesotho  32.8  32.8  32.8  32.8  32.8  32.8  32.8
## 95                         Liberia  31.1  31.1  31.1  31.1  31.1  31.1  31.1
## 96                           Libya  33.1  33.1  33.1  33.1  33.1  33.1  33.1
## 97                       Lithuania  28.9  28.9  28.9  28.9  28.9  28.9  28.9
## 98                      Luxembourg  36.9  36.9  36.9  36.9  36.9  36.9  36.9
## 99                      Madagascar  30.5  30.5  30.5  30.5  30.5  30.5  30.5
## 100                         Malawi  30.3  30.3  30.3  30.3  30.3  30.3  30.3
## 101                       Malaysia  30.6  30.6  30.6  30.6  30.6  30.6  30.6
## 102                       Maldives  32.6  32.6  32.6  32.6  32.6  32.6  32.6
## 103                           Mali  26.4  26.4  26.4  26.4  26.4  26.4  26.4
## 104                          Malta  28.7  28.7  28.7  28.7  28.7  28.7  28.7
## 105               Marshall Islands    NA    NA    NA    NA    NA    NA    NA
## 106                     Mauritania  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 107                      Mauritius  28.7  28.7  28.7  28.7  28.7  28.7  28.7
## 108                         Mexico  26.9  26.9  26.9  26.9  26.9  26.9  26.9
## 109          Micronesia, Fed. Sts.  26.7  26.7  26.7  26.7  26.7  26.7  26.7
## 110                        Moldova  33.1  33.1  33.1  33.1  33.1  33.1  33.1
## 111                       Mongolia  31.8  31.8  31.8  31.8  31.8  31.8  31.8
## 112                     Montenegro  35.4  35.4  35.4  35.4  35.4  35.4  35.4
## 113                        Morocco  33.1  33.1  33.1  33.1  33.1  33.1  33.1
## 114                     Mozambique  30.3  30.3  30.3  30.3  30.3  30.3  30.3
## 115                        Myanmar  30.8  30.8  30.8  30.8  30.8  30.8  30.8
## 116                        Namibia  32.4  32.4  32.4  32.4  32.4  32.4  32.4
## 117                          Nepal  32.8  32.8  32.8  32.8  32.8  32.8  32.8
## 118                    Netherlands  39.9  39.9  39.9  39.9  39.9  39.9  39.9
## 119                    New Zealand  34.0  34.0  34.0  34.0  34.0  34.0  34.0
## 120                      Nicaragua  25.4  25.4  25.4  25.4  25.4  25.4  25.4
## 121                          Niger  30.8  30.8  30.8  30.8  30.8  30.8  30.8
## 122                        Nigeria  30.4  30.4  30.4  30.4  30.4  30.4  30.4
## 123                    North Korea  26.0  26.0  26.0  26.0  26.0  26.0  26.0
## 124                North Macedonia  36.1  36.1  36.1  36.1  36.1  36.1  36.1
## 125                         Norway  37.9  35.8  38.4  38.7  40.5  44.3  43.8
## 126                           Oman  32.3  32.3  32.3  32.3  32.3  32.3  32.3
## 127                       Pakistan  25.8  25.8  25.8  25.8  25.8  25.8  25.8
## 128                      Palestine  32.1  32.1  32.1  32.1  32.1  32.1  32.1
## 129                         Panama  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 130               Papua New Guinea  31.5  31.5  31.5  31.5  31.5  31.5  31.5
## 131                       Paraguay  35.5  35.5  35.5  35.5  35.5  35.5  35.5
## 132                           Peru  35.7  35.7  35.7  35.7  35.7  35.7  35.7
## 133                    Philippines  30.9  30.9  30.9  30.9  30.9  30.9  30.9
## 134                         Poland  35.9  35.9  35.9  35.9  35.9  35.9  35.9
## 135                       Portugal  35.6  35.6  35.6  35.6  35.6  35.6  35.6
## 136                          Qatar  30.8  30.8  30.8  30.8  30.8  30.8  30.8
## 137                        Romania  35.7  35.7  35.7  35.7  35.7  35.7  35.7
## 138                         Russia  29.6  29.6  29.6  29.6  29.6  29.6  29.6
## 139                         Rwanda  31.8  25.0  25.0  31.8  31.8  31.8  31.8
## 140                          Samoa  25.4  25.4  25.4  25.4  25.4  25.4  25.4
## 141          Sao Tome and Principe  31.0  31.0  31.0  31.0  31.0  31.0  31.0
## 142                   Saudi Arabia  32.1  32.1  32.1  32.1  32.1  32.1  32.1
## 143                        Senegal  25.2  25.2  25.2  25.2  25.2  25.2  25.2
## 144                         Serbia  35.5  35.5  35.5  35.5  35.5  35.5  35.5
## 145                     Seychelles  37.0  37.0  37.0  37.0  37.0  37.0  37.0
## 146                   Sierra Leone  25.1  25.1  25.1  25.1  25.1  25.1  25.1
## 147                      Singapore  29.1  29.1  29.1  29.1  29.1  29.1  29.1
## 148                Slovak Republic  36.4  36.4  36.4  36.4  36.4  36.4  36.4
## 149                       Slovenia  36.6  36.6  36.6  36.6  36.6  36.6  36.6
## 150                Solomon Islands  25.1  25.1  25.1  25.1  25.1  25.1  25.1
## 151                        Somalia  29.4  29.4  29.4  29.4  29.4  29.4  29.4
## 152                   South Africa  33.5  33.5  33.5  33.5  33.5  33.5  33.5
## 153                    South Korea  25.8  25.8  25.8  25.8  25.8  25.8  25.8
## 154                    South Sudan  26.7  26.7  26.7  26.7  26.7  26.7  26.7
## 155                          Spain  29.5  29.5  29.5  29.5  29.5  29.5  29.5
## 156                      Sri Lanka  32.6  32.6  32.6  32.6  32.6  32.6  32.6
## 157                      St. Lucia  28.0  28.0  28.0  28.0  28.0  28.0  28.0
## 158 St. Vincent and the Grenadines  26.0  26.0  26.0  26.0  26.0  26.0  26.0
## 159                          Sudan  31.4  31.4  31.4  31.4  31.4  31.4  31.4
## 160                       Suriname  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 161                      Swaziland  32.3  32.3  32.3  32.3  32.3  32.3  32.3
## 162                         Sweden  32.2  36.9  40.2  40.3  39.7  41.0  36.2
## 163                    Switzerland  38.0  38.0  38.0  38.0  38.0  38.0  38.0
## 164                          Syria  31.1  31.1  31.1  31.1  31.1  31.1  31.1
## 165                     Tajikistan  24.2  24.2  24.2  24.2  24.2  24.2  24.2
## 166                       Tanzania  32.2  32.2  32.2  32.2  32.2  32.2  32.2
## 167                       Thailand  30.4  30.4  30.4  30.4  30.4  30.4  30.4
## 168                    Timor-Leste  28.9  28.9  28.9  28.9  28.9  28.9  28.9
## 169                           Togo  31.3  31.3  31.3  31.3  31.3  31.3  31.3
## 170                          Tonga  28.2  28.2  28.2  28.2  28.2  28.2  28.2
## 171            Trinidad and Tobago  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 172                        Tunisia  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 173                         Turkey  35.0  35.0  35.0  35.0  35.0  35.0  35.0
## 174                   Turkmenistan  24.0  24.0  24.0  24.0  24.0  24.0  24.0
## 175                         Uganda  25.3  25.3  25.3  25.3  25.3  25.3  25.3
## 176                        Ukraine  36.6  36.6  36.6  36.6  36.6  36.6  36.6
## 177           United Arab Emirates  30.7  30.7  30.7  30.7  30.7  30.7  30.7
## 178                 United Kingdom  38.6  37.4  38.6  37.3  41.4  42.3  43.2
## 179                  United States  39.4  39.4  39.4  39.4  39.4  39.4  39.4
## 180                        Uruguay  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 181                     Uzbekistan  26.9  26.9  26.9  26.9  26.9  26.9  26.9
## 182                        Vanuatu  24.3  24.3  24.3  24.3  24.3  24.3  24.3
## 183                      Venezuela  32.2  32.2  32.2  32.2  32.2  32.2  32.2
## 184                        Vietnam  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 185                          Yemen  23.4  23.4  23.4  23.4  23.4  23.4  23.4
## 186                         Zambia  32.6  32.6  32.6  32.6  32.6  32.6  32.6
## 187                       Zimbabwe  33.7  33.7  33.7  33.7  33.7  33.7  33.7
##     X1807 X1808 X1809 X1810 X1811 X1812 X1813 X1814 X1815 X1816 X1817 X1818
## 1    28.1  28.1  28.1  28.1  28.1  28.1  28.1  28.1  28.1  28.1  28.0  28.0
## 2    35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4
## 3    28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 4      NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 5    27.0  27.0  27.0  27.0  27.0  27.0  27.0  27.0  27.0  27.0  27.0  27.0
## 6    33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5
## 7    33.2  33.2  33.2  33.2  33.2  33.2  33.2  33.2  33.2  33.2  33.2  33.2
## 8    34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0
## 9    34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0
## 10   34.4  34.4  34.4  34.4  34.4  34.4  34.4  34.4  34.4  34.4  34.4  34.4
## 11   29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2
## 12   35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2
## 13   30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3
## 14   25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5
## 15   32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1
## 16   36.2  36.2  36.2  36.2  36.2  36.2  36.2  36.2  36.2  36.2  36.2  36.2
## 17   40.1  40.1  40.1  40.1  40.1  40.1  40.1  40.1  40.1  40.1  40.1  40.1
## 18   26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5
## 19   31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0
## 20   28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 21   33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0
## 22   35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1
## 23   33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6
## 24   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 25   29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2
## 26   36.1  36.1  36.2  36.2  36.3  36.3  36.4  36.4  36.5  36.5  36.5  36.6
## 27   29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2
## 28   31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5
## 29   35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0
## 30   28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 31   39.0  39.0  39.0  39.0  39.0  39.0  39.0  39.0  39.0  39.0  39.0  39.0
## 32   33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8
## 33   30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0
## 34   30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9
## 35   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 36   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 37   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 38   32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1
## 39   31.6  31.6  31.6  31.6  31.6  31.6  31.6  31.6  31.6  31.6  31.6  31.6
## 40   32.7  32.7  32.7  32.7  32.7  32.7  32.7  32.7  32.7  32.7  32.7  32.7
## 41   30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2
## 42   31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2
## 43   36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1
## 44   33.2  33.3  33.5  33.6  33.8  33.9  34.1  34.2  34.3  34.4  34.5  34.6
## 45   38.5  38.5  38.5  38.5  38.5  38.5  38.5  38.5  38.5  38.5  38.5  38.5
## 46   35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0
## 47   42.6  39.4  39.2  41.7  39.3  36.0  40.9  38.8  42.7  44.1  46.5  46.4
## 48   29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9
## 49     NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 50   29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9
## 51   32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 52   33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0
## 53   28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7
## 54   29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8
## 55   30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2
## 56   34.3  34.5  34.7  34.9  35.5  36.1  36.8  37.4  38.0  39.1  40.2  41.2
## 57   29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7
## 58   26.1  26.1  26.1  26.1  26.1  26.1  26.1  26.1  26.1  26.1  26.1  26.1
## 59   36.6  12.5  13.4  37.0  30.7  37.6  34.2  35.0  35.7  38.7  38.1  37.2
## 60   34.2  34.5  35.0  37.4  36.1  31.7  31.2  30.1  36.5  40.0  39.2  38.5
## 61   30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6
## 62   28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 63   31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9
## 64   38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4
## 65   28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0
## 66   36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6
## 67   31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4
## 68   25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8
## 69   29.6  29.6  29.6  29.6  29.6  29.6  29.6  29.6  29.7  29.7  29.7  29.7
## 70   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 71   31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1
## 72   29.0  29.0  29.0  29.0  29.0  29.0  29.0  29.0  29.0  29.0  29.0  29.0
## 73   33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9
## 74   36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0
## 75   43.6  43.5  40.4  43.1  38.6  33.7  33.3  37.2  45.1  31.1  45.6  43.5
## 76   25.4  25.4  25.4  25.4  25.4  23.0  25.4  25.4  25.4  25.4  25.4  25.4
## 77   30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0
## 78   25.6  25.6  25.6  25.6  25.6  25.6  25.6  25.6  25.6  25.6  25.6  25.6
## 79   31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2
## 80   38.3  38.3  38.3  38.3  38.3  38.3  38.3  38.3  38.3  38.3  38.3  38.3
## 81   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 82   29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7
## 83   34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2
## 84   36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4
## 85   31.7  31.7  31.7  31.7  31.7  31.7  31.7  31.7  31.7  31.7  31.7  31.7
## 86   26.2  26.2  26.2  26.2  26.2  26.2  26.2  26.2  26.2  26.2  26.2  26.2
## 87   25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5
## 88   24.9  24.9  24.9  24.9  24.9  24.9  24.9  24.9  24.9  24.9  24.9  24.9
## 89   26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0
## 90   23.9  23.9  23.9  23.9  23.9  23.9  23.9  23.9  23.9  23.9  23.9  23.9
## 91   31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9
## 92   33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0
## 93   29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7
## 94   32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8
## 95   31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1
## 96   33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1
## 97   28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9
## 98   36.9  36.9  36.9  36.9  36.9  36.9  36.9  36.9  36.9  36.9  36.9  36.9
## 99   30.5  30.5  30.5  30.5  30.5  30.5  30.5  30.5  30.5  30.5  30.5  30.5
## 100  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3
## 101  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6
## 102  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6
## 103  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4
## 104  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7
## 105    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 106  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 107  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7
## 108  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9
## 109  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7
## 110  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1
## 111  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8
## 112  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4
## 113  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1
## 114  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3
## 115  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8
## 116  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4
## 117  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8
## 118  39.9  39.9  39.9  39.9  39.9  39.9  39.9  39.9  39.9  39.9  39.9  39.9
## 119  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0
## 120  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4
## 121  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8
## 122  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4
## 123  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0
## 124  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1
## 125  41.8  37.3  27.2  36.5  38.0  43.5  33.5  41.7  45.6  46.3  48.9  46.8
## 126  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3
## 127  25.8  25.8  25.8  25.8  25.8  23.3  25.8  25.8  25.8  25.8  25.8  25.8
## 128  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1
## 129  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 130  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5
## 131  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5
## 132  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7
## 133  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9
## 134  35.9  35.9  35.9  35.9  35.9  35.9  35.9  35.9  35.9  35.9  35.9  35.9
## 135  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6
## 136  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8
## 137  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7
## 138  29.6  29.6  29.6  29.6  29.6  29.6  29.6  29.6  29.6  29.6  29.6  29.6
## 139  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8
## 140  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4
## 141  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0
## 142  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1
## 143  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2
## 144  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5
## 145  37.0  37.0  37.0  37.0  37.0  37.0  37.0  37.0  37.0  37.0  37.0  37.0
## 146  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1
## 147  29.1  29.1  29.1  29.1  29.1  29.1  29.1  29.1  29.1  29.1  29.1  29.1
## 148  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4
## 149  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6
## 150  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1
## 151  29.4  29.4  29.4  29.4  29.4  29.4  29.4  29.4  29.4  29.4  29.4  29.4
## 152  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5
## 153  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8
## 154  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7
## 155  29.5  29.5  29.5  29.5  29.5  29.5  29.5  29.5  29.5  29.5  29.5  29.5
## 156  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6
## 157  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0
## 158  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0
## 159  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4
## 160  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 161  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3
## 162  38.8  30.1  26.9  32.0  34.6  35.1  36.5  38.6  40.4  41.7  40.3  40.0
## 163  38.0  38.0  38.0  38.0  38.0  38.0  38.0  38.0  38.0  38.0  38.0  38.0
## 164  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1
## 165  24.2  24.2  24.2  24.2  24.2  24.2  24.2  24.2  24.2  24.2  24.2  24.2
## 166  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2
## 167  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4
## 168  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9
## 169  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3
## 170  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2
## 171  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 172  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8   5.5
## 173  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0
## 174  24.0  24.0  24.0  24.0  24.0  24.0  24.0  24.0  24.0  24.0  24.0  24.0
## 175  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3
## 176  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6
## 177  30.7  30.7  30.7  30.7  30.7  30.7  30.7  30.7  30.7  30.7  30.7  30.7
## 178  40.0  40.4  41.7  38.4  39.9  41.8  43.0  40.2  41.1  39.9  41.0  39.9
## 179  39.4  39.4  39.4  39.4  39.4  39.4  39.4  39.4  39.4  39.4  39.4  39.4
## 180  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 181  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9
## 182  24.3  24.3  24.3  24.3  24.3  24.3  24.3  24.3  24.3  24.3  24.3  24.3
## 183  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2
## 184  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 185  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.4
## 186  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6
## 187  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7
##     X1819 X1820 X1821 X1822 X1823 X1824 X1825 X1826 X1827 X1828 X1829 X1830
## 1    28.0  28.0  28.0  28.0  28.0  28.0  27.9  27.9  27.9  27.9  27.9  27.9
## 2    35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4
## 3    28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 4      NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 5    27.0  27.0  27.0  27.0  27.0  27.0  27.0  27.0  27.0  27.0  27.0  27.0
## 6    33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5
## 7    33.2  33.2  33.2  33.2  33.2  33.2  33.2  33.2  33.2  33.2  33.2  33.2
## 8    34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0
## 9    34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0
## 10   34.4  34.4  34.4  34.4  34.4  34.4  34.4  34.4  34.4  34.4  34.4  34.4
## 11   29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2
## 12   35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2
## 13   30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3
## 14   25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5
## 15   32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1
## 16   36.2  36.2  36.2  36.2  36.2  36.2  36.2  36.2  36.2  36.2  36.2  36.2
## 17   40.1  40.2  40.2  40.2  40.2  40.2  40.2  40.2  40.2  40.2  40.2  40.2
## 18   26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5
## 19   31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0
## 20   28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 21   33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0
## 22   35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1
## 23   33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6
## 24   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 25   29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2
## 26   36.6  36.7  36.7  36.8  36.8  36.9  36.9  36.9  37.0  37.0  37.1  37.1
## 27   29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2
## 28   31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5
## 29   35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0
## 30   28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 31   39.0  39.0  39.0  39.0  39.0  39.0  39.0  39.0  39.0  39.0  39.0  39.0
## 32   33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8
## 33   30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0
## 34   30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9
## 35   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 36   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 37   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 38   32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1
## 39   31.6  31.6  31.6  31.6  31.6  31.6  31.6  31.6  31.6  31.6  31.6  31.6
## 40   32.7  32.7  32.7  32.7  32.7  32.7  32.7  32.7  32.7  32.7  32.7  32.7
## 41   30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2
## 42   31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2
## 43   36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1
## 44   34.7  35.0  35.4  35.7  36.1  36.4  36.2  36.1  35.9  35.8  35.6  35.7
## 45   38.5  38.5  38.5  38.5  38.5  38.5  38.5  38.5  38.5  38.5  38.5  38.5
## 46   35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0
## 47   45.3  43.1  39.0  43.4  46.4  44.6  43.1  40.3  41.1  36.6  31.0  34.1
## 48   29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9
## 49     NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 50   29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9
## 51   32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 52   33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0
## 53   28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7
## 54   29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8
## 55   30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2
## 56   42.3  43.4  41.8  40.3  38.7  37.1  35.6  35.5  35.5  35.5  35.4  35.4
## 57   29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  28.0  27.0  26.0
## 58   26.1  26.1  26.1  26.1  26.1  26.1  26.1  26.1  26.1  26.1  26.1  26.1
## 59   35.0  37.3  40.2  34.9  38.9  35.8  37.3  38.1  42.2  40.6  36.3  36.3
## 60   37.3  39.2  39.8  38.3  40.0  39.1  38.5  37.8  39.4  37.5  39.4  39.6
## 61   30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6
## 62   28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 63   31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9
## 64   38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4
## 65   28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0
## 66   36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6
## 67   31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4
## 68   25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8
## 69   29.7  29.7  29.7  29.7  29.7  29.8  29.8  29.8  29.8  29.8  29.8  29.8
## 70   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 71   31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1
## 72   29.0  29.0  29.0  29.0  29.0  29.0  29.0  29.0  29.0  29.0  29.0  29.0
## 73   33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9
## 74   36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0
## 75   36.8  36.6  31.0  48.4  45.9  41.6  32.8  25.6  24.9  29.6  34.9  40.5
## 76   25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4
## 77   30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0
## 78   25.6  25.6  25.6  25.6  25.6  25.6  25.6  25.6  25.6  25.6  25.6  25.6
## 79   31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2
## 80   38.3  38.3  38.3  38.3  38.3  38.3  38.3  38.3  38.3  38.3  38.3  38.3
## 81   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 82   29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7
## 83   34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2
## 84   36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4
## 85   31.7  31.7  31.7  31.7  31.7  31.7  31.7  31.7  31.7  31.7  31.7  31.7
## 86   26.2  26.2  26.2  26.2  26.2  26.2  26.2  26.2  26.2  26.2  26.2  26.2
## 87   25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5
## 88   24.9  24.9  24.9  24.9  24.9  24.9  24.9  24.9  24.9  24.9  24.9  24.9
## 89   26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0
## 90   23.9  23.9  23.9  23.9  23.9  23.9  23.9  23.9  23.9  23.9  23.9  23.9
## 91   31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9
## 92   33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0
## 93   29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7
## 94   32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8
## 95   31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1
## 96   33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1
## 97   28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9
## 98   36.9  36.9  36.9  36.9  36.9  36.9  36.9  36.9  36.9  36.9  36.9  36.9
## 99   30.5  30.5  30.5  30.5  30.5  30.5  30.5  30.5  30.5  30.5  30.5  30.5
## 100  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3
## 101  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6
## 102  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6
## 103  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4
## 104  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7
## 105    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 106  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 107  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  31.1  33.4
## 108  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9
## 109  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7
## 110  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1
## 111  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8
## 112  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4
## 113  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1
## 114  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3
## 115  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8
## 116  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4
## 117  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8
## 118  39.9  39.9  39.9  39.9  39.9  39.9  39.9  39.9  39.9  39.9  39.9  39.9
## 119  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0
## 120  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4
## 121  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8
## 122  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4
## 123  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0
## 124  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1
## 125  45.8  47.0  44.7  46.1  48.8  47.6  49.2  47.6  48.4  46.2  46.3  45.8
## 126  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3
## 127  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8
## 128  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1
## 129  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 130  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5
## 131  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5
## 132  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7
## 133  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9
## 134  35.9  35.9  35.9  35.9  35.9  35.9  35.9  35.9  35.9  35.9  35.9  35.9
## 135  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6
## 136  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8
## 137  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7
## 138  29.6  29.6  29.6  29.6  29.6  29.6  29.6  29.6  29.6  29.6  29.6  29.6
## 139  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8
## 140  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4
## 141  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0
## 142  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1
## 143  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2
## 144  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5
## 145  37.0  37.0  37.0  37.0  37.0  37.0  37.0  37.0  37.0  37.0  37.0  37.0
## 146  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1
## 147  29.1  30.1  31.1  32.0  33.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0
## 148  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4
## 149  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6
## 150  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1
## 151  29.4  29.4  29.4  29.4  29.4  29.4  29.4  29.4  29.4  29.4  29.4  29.4
## 152  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5
## 153  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8
## 154  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7
## 155  29.5  29.5  29.5  29.5  29.5  29.5  29.5  29.5  29.5  29.5  29.5  29.5
## 156  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6
## 157  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0
## 158  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0
## 159  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4
## 160  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 161  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3
## 162  37.0  40.2  38.1  42.8  45.2  45.0  45.2  43.1  42.6  37.7  36.2  41.0
## 163  38.0  38.0  38.0  38.0  38.0  38.0  38.0  38.0  38.0  38.0  38.0  38.0
## 164  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1
## 165  24.2  24.2  24.2  24.2  24.2  24.2  24.2  24.2  24.2  24.2  24.2  24.2
## 166  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2
## 167  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4
## 168  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9
## 169  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3
## 170  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2
## 171  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 172   1.5   6.5  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 173  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0
## 174  24.0  24.0  24.0  24.0  24.0  24.0  24.0  24.0  24.0  24.0  24.0  24.0
## 175  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3
## 176  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6
## 177  30.7  30.7  30.7  30.7  30.7  30.7  30.7  30.7  30.7  30.7  30.7  30.7
## 178  40.5  41.3  41.8  41.4  40.0  39.2  39.9  39.8  41.1  42.0  41.6  43.0
## 179  39.4  39.4  39.4  39.4  39.4  39.4  39.4  39.4  39.4  39.4  39.4  39.4
## 180  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 181  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9
## 182  24.3  24.3  24.3  24.3  24.3  24.3  24.3  24.3  24.3  24.3  24.3  24.3
## 183  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2
## 184  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 185  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.4
## 186  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6
## 187  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7
##     X1831 X1832 X1833 X1834 X1835 X1836 X1837 X1838 X1839 X1840 X1841 X1842
## 1    27.9  27.9  27.9  27.9  27.9  27.8  27.8  27.8  27.8  27.8  27.8  27.8
## 2    35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4
## 3    28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 4      NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 5    27.0  27.0  27.0  27.0  27.0  27.0  27.0  27.0  27.0  27.0  27.0  27.0
## 6    33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5
## 7    33.2  33.2  33.2  33.2  33.2  33.2  33.2  33.2  33.2  33.2  33.2  33.2
## 8    34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0
## 9    34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0
## 10   34.4  34.4  34.4  34.4  34.4  34.4  34.4  34.4  34.4  34.4  34.4  34.4
## 11   29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2
## 12   35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2
## 13   30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3
## 14   25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5
## 15   32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1
## 16   36.2  36.2  36.2  36.2  36.2  36.2  36.2  36.2  36.2  36.2  36.2  36.2
## 17   40.3  40.3  40.3  40.3  40.3  40.3  40.3  40.3  40.3  40.3  40.3  38.7
## 18   26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5
## 19   31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0
## 20   28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 21   33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0
## 22   35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1
## 23   33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6
## 24   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 25   29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2
## 26   37.2  37.2  37.3  37.3  37.3  37.4  37.4  37.5  37.5  37.6  37.6  37.6
## 27   29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2
## 28   31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5
## 29   35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0
## 30   28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 31   39.0  39.2  39.3  39.4  39.5  39.7  39.8  39.9  40.1  40.2  40.3  40.4
## 32   33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8
## 33   30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0
## 34   30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9
## 35   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 36   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 37   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 38   32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1
## 39   31.6  31.6  31.6  31.6  31.6  31.6  31.6  31.6  31.6  31.6  31.6  31.6
## 40   32.7  32.7  32.7  32.7  32.7  32.7  32.7  32.7  32.7  32.7  32.7  32.7
## 41   30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2
## 42   31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2
## 43   36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1
## 44   35.9  36.0  36.2  36.3  36.4  36.4  36.5  36.5  36.6  36.5  36.4  36.2
## 45   38.5  38.5  38.5  38.5  38.5  38.5  38.5  38.5  38.5  38.5  38.5  38.5
## 46   35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0
## 47   29.3  32.5  36.2  36.5  38.4  39.9  41.5  43.1  41.9  41.1  42.6  42.5
## 48   29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9
## 49     NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 50   29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9
## 51   32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 52   33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0
## 53   28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7
## 54   29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8
## 55   30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2
## 56   36.0  36.7  37.4  38.0  38.7  38.4  38.0  37.6  37.3  36.9  36.5  36.2
## 57   27.0  29.7  29.7  29.7  28.0  27.0  26.0  27.0  29.7  29.7  29.7  29.7
## 58   26.1  26.1  26.1  26.1  26.1  26.1  26.1  26.1  26.1  26.1  26.1  26.1
## 59   34.0  28.9  20.4  38.9  37.8  30.8  34.4  40.1  42.7  41.5  41.0  41.8
## 60   39.6  35.8  38.8  35.0  39.5  42.0  39.4  39.3  40.9  40.4  40.7  40.0
## 61   30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6
## 62   28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 63   31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9
## 64   38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4
## 65   28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0
## 66   36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6
## 67   31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  32.4  33.4  34.4  35.3
## 68   25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8
## 69   29.8  29.8  29.8  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9
## 70   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 71   31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1
## 72   29.0  29.0  29.0  29.0  29.0  29.0  29.0  29.0  29.0  29.0  29.0  29.0
## 73   33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9
## 74   36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0
## 75   40.5  39.1  35.9  24.0  36.6  30.9  32.8  32.4  27.9  32.0  40.2  40.1
## 76   25.4  23.0  22.0  25.4  25.4  25.4  24.3  23.9  25.4  25.4  25.4  25.4
## 77   30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0
## 78   25.6  25.6  25.6  25.6  25.6  25.6  25.6  25.6  25.6  25.6  25.6  25.6
## 79   31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2
## 80   38.3  38.3  38.3  38.3  38.3  38.3  38.3  38.3  38.3  38.3  38.3  38.3
## 81   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 82   29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7
## 83   34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2
## 84   36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4
## 85   31.7  31.7  31.7  31.7  31.7  31.7  31.7  31.7  31.7  31.7  31.7  31.7
## 86   26.2  26.2  26.2  26.2  26.2  26.2  26.2  26.2  26.2  26.2  26.2  26.2
## 87   25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5
## 88   24.9  24.9  24.9  24.9  24.9  24.9  24.9  24.9  24.9  24.9  24.9  24.9
## 89   26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0
## 90   23.9  23.9  23.9  23.9  23.9  23.9  23.9  23.9  23.9  23.9  23.9  23.9
## 91   31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9
## 92   33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0
## 93   29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7
## 94   32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8
## 95   31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1
## 96   33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1
## 97   28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9
## 98   36.9  36.9  36.9  36.9  36.9  36.9  36.9  36.9  36.9  36.9  36.9  36.9
## 99   30.5  30.5  30.5  30.5  30.5  30.5  30.5  30.5  30.5  30.5  30.5  30.5
## 100  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3
## 101  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6
## 102  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6
## 103  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4
## 104  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7
## 105    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 106  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 107  35.8  31.3  35.2  32.7  27.2  31.6  26.2  31.9  24.8  32.5  23.0  22.4
## 108  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9
## 109  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7
## 110  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1
## 111  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8
## 112  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4
## 113  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1
## 114  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3
## 115  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8
## 116  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4
## 117  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8
## 118  39.9  39.9  39.9  39.9  39.9  39.9  39.9  39.9  39.9  39.9  39.9  39.9
## 119  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0
## 120  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4
## 121  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8
## 122  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4
## 123  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0
## 124  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1
## 125  45.7  47.6  44.9  42.0  46.1  46.5  44.2  42.9  43.0  45.6  49.5  48.4
## 126  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3
## 127  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8
## 128  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1
## 129  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 130  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5
## 131  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5
## 132  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7
## 133  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9
## 134  35.9  35.9  35.9  35.9  35.9  35.9  35.9  35.9  35.9  35.9  35.9  35.9
## 135  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6
## 136  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8
## 137  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7
## 138  29.6  29.6  29.6  29.6  29.6  29.6  29.6  29.6  29.6  29.6  29.6  29.6
## 139  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8
## 140  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4
## 141  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0
## 142  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1
## 143  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2
## 144  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5
## 145  37.0  37.0  37.0  37.0  37.0  37.0  37.0  37.0  37.0  37.0  37.0  37.0
## 146  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1
## 147  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0
## 148  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4
## 149  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6
## 150  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1
## 151  29.4  29.4  29.4  29.4  29.4  29.4  29.4  29.4  29.4  29.4  29.4  29.4
## 152  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5
## 153  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8
## 154  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7
## 155  29.5  29.5  29.5  29.5  29.5  29.5  29.5  29.5  29.5  29.5  29.5  29.5
## 156  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6
## 157  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0
## 158  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0
## 159  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4
## 160  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 161  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3
## 162  39.0  40.8  42.5  38.5  47.1  45.1  39.6  40.0  39.9  44.0  45.2  42.8
## 163  38.0  38.0  38.0  38.0  38.0  38.0  38.0  38.0  38.0  38.0  38.0  38.0
## 164  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1
## 165  24.2  24.2  24.2  24.2  24.2  24.2  24.2  24.2  24.2  24.2  24.2  24.2
## 166  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2
## 167  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4
## 168  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9
## 169  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3
## 170  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2
## 171  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  33.9  34.9  35.9  36.8
## 172  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 173  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0
## 174  24.0  24.0  24.0  24.0  24.0  24.0  24.0  24.0  24.0  24.0  24.0  24.0
## 175  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3
## 176  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6
## 177  30.7  30.7  30.7  30.7  30.7  30.7  30.7  30.7  30.7  30.7  30.7  30.7
## 178  40.8  40.2  41.4  40.8  41.1  41.4  40.2  40.3  40.9  39.9  41.7  41.4
## 179  39.4  39.4  39.4  39.4  39.4  39.4  39.4  39.4  39.4  39.4  39.4  39.4
## 180  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 181  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9
## 182  24.3  24.3  24.3  24.3  24.3  24.3  24.3  24.3  24.3  24.3  24.3  24.3
## 183  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2
## 184  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 185  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.4
## 186  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6
## 187  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7
##     X1843 X1844 X1845 X1846 X1847 X1848 X1849 X1850 X1851 X1852 X1853 X1854
## 1    27.8  27.8  27.8  27.7  27.7  27.7  27.7  27.7  27.7  27.7  27.7  27.7
## 2    35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4
## 3    28.8  28.8  28.8  28.8  28.8  28.8  20.0  15.0  22.0  28.8  28.8  28.8
## 4      NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 5    27.0  27.0  27.0  27.0  27.0  27.0  27.0  27.0  27.0  27.0  27.0  27.0
## 6    33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5
## 7    33.2  33.2  33.2  33.2  33.2  33.2  33.2  33.2  33.2  33.2  33.2  33.2
## 8    34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0
## 9    34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0
## 10   34.4  34.4  34.4  34.4  34.4  34.4  34.4  34.4  34.4  34.4  34.4  34.4
## 11   29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2
## 12   35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2
## 13   30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3
## 14   25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5
## 15   32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1
## 16   36.2  36.2  36.2  36.2  36.2  36.2  36.2  36.2  36.2  36.2  36.2  36.2
## 17   40.4  41.9  41.0  37.8  35.1  38.0  34.5  42.3  41.9  41.8  41.3  39.8
## 18   26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5
## 19   31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0
## 20   28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 21   33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0
## 22   35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1
## 23   33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6
## 24   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 25   29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2
## 26   37.7  37.7  37.8  37.8  37.9  37.9  38.0  38.0  38.0  38.1  38.1  38.2
## 27   29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2
## 28   31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5
## 29   35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0
## 30   28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 31   40.5  40.5  40.6  40.7  40.8  40.8  40.9  41.0  41.1  41.1  41.2  41.2
## 32   33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8
## 33   30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0
## 34   30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9
## 35   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 36   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  31.0  30.0  29.0  28.0
## 37   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 38   32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1
## 39   31.6  31.6  31.6  31.6  31.6  31.6  31.6  31.6  31.6  31.6  31.6  31.6
## 40   32.7  32.7  32.7  32.7  32.7  32.7  32.7  32.7  32.7  32.7  32.7  32.7
## 41   30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2
## 42   31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2
## 43   36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1
## 44   36.1  36.0  36.0  36.1  36.1  36.2  36.2  36.3  36.3  36.4  36.4  36.5
## 45   38.5  38.5  38.5  38.5  38.5  38.5  38.5  38.5  38.5  38.5  38.5  38.5
## 46   35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0
## 47   43.9  44.0  43.4  40.4  40.5  40.7  39.5  43.5  44.6  43.1  38.6  44.7
## 48   29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9
## 49     NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 50   29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9
## 51   32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 52   33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0
## 53   28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7
## 54   29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8
## 55   30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2
## 56   35.9  35.5  35.2  34.9  34.7  34.5  34.3  34.0  35.1  36.2  37.3  38.3
## 57   29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7
## 58   26.1  26.1  26.1  26.1  26.1  26.1  26.1  26.1  26.1  26.1  26.1  26.1
## 59   41.5  42.2  40.9  38.6  40.8  40.2  39.4  37.4  40.3  32.9  33.6  38.0
## 60   40.8  42.3  43.6  40.7  40.4  40.3  35.9  43.3  41.8  41.3  42.5  36.1
## 61   30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6
## 62   28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 63   31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9
## 64   38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4
## 65   28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0
## 66   36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6
## 67   36.3  37.3  37.3  37.3  37.3  37.3  37.3  37.3  37.3  37.3  37.3  37.3
## 68   25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8
## 69   29.9  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.1  30.1
## 70   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 71   31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1
## 72   29.0  29.0  29.0  29.0  29.0  29.0  29.0  29.0  29.0  29.0  29.0  29.0
## 73   33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9
## 74   36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0
## 75   25.4  42.9  41.4  18.3  32.9  41.4  37.1  36.6  30.0  42.1  48.6  43.1
## 76   25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4
## 77   30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0
## 78   25.6  25.6  25.6  25.6  25.6  25.6  25.6  25.6  25.6  25.6  25.6  25.6
## 79   31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2
## 80   38.3  38.3  38.3  19.8  24.0  14.9  14.1  31.2  38.3  38.3  38.3  38.3
## 81   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 82   29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7
## 83   34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2
## 84   36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4
## 85   31.7  31.7  31.7  31.7  31.7  31.7  31.7  31.7  31.7  31.7  31.7  31.7
## 86   26.2  26.2  26.2  26.2  26.2  26.2  26.2  26.2  26.2  26.2  26.2  26.2
## 87   25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5
## 88   24.9  24.9  24.9  24.9  24.9  24.9  24.9  24.9  24.9  24.9  24.9  24.9
## 89   26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0
## 90   23.9  23.9  23.9  23.9  23.9  23.9  23.9  23.9  23.9  23.9  23.9  23.9
## 91   31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9
## 92   33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0
## 93   29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7
## 94   32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8
## 95   31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1
## 96   33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1
## 97   28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9
## 98   36.9  36.9  36.9  36.9  36.9  36.9  36.9  36.9  36.9  36.9  36.9  36.9
## 99   30.5  30.5  30.5  30.5  30.5  30.5  30.5  30.5  30.5  30.5  30.5  30.5
## 100  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3
## 101  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6
## 102  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6
## 103  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4
## 104  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7
## 105    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 106  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 107  28.3  15.0  24.5  30.0  33.2  36.2  31.7  31.1  36.1  34.5  32.9   7.5
## 108  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9
## 109  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7
## 110  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1
## 111  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8
## 112  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4
## 113  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1
## 114  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3
## 115  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8
## 116  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4
## 117  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8
## 118  39.9  39.9  39.9  39.9  39.9  39.9  39.9  39.9  40.0  38.7  38.6  38.6
## 119  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0
## 120  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4
## 121  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8
## 122  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4
## 123  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0
## 124  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1
## 125  48.4  49.7  50.1  48.0  44.8  45.0  48.0  49.5  49.7  48.5  47.9  51.6
## 126  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3
## 127  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8
## 128  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1
## 129  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 130  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5
## 131  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5
## 132  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7
## 133  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9
## 134  35.9  35.9  35.9  35.9  35.9  35.9  35.9  35.9  35.9  35.9  35.9  35.9
## 135  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6
## 136  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8
## 137  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7
## 138  29.6  29.6  29.6  29.6  29.6  18.0  29.6  29.6  29.6  29.6  29.5  27.5
## 139  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8
## 140  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4
## 141  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0
## 142  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1
## 143  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2
## 144  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5
## 145  37.0  37.0  37.0  37.0  37.0  37.0  37.0  37.0  37.0  37.0  37.0  37.0
## 146  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1
## 147  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0
## 148  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4
## 149  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6
## 150  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1
## 151  29.4  29.4  29.4  29.4  29.4  29.4  29.4  29.4  29.4  29.4  29.4  29.4
## 152  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5
## 153  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8
## 154  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7
## 155  29.5  29.5  29.5  29.5  29.5  29.5  29.5  29.5  29.5  29.5  29.5  29.5
## 156  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6
## 157  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0
## 158  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0
## 159  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4
## 160  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 161  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3
## 162  42.8  44.0  46.0  42.0  40.1  45.1  44.5  44.7  43.6  41.4  40.0  44.5
## 163  38.0  38.0  38.0  38.0  38.0  38.0  38.0  38.0  38.0  38.0  38.0  38.0
## 164  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1
## 165  24.2  24.2  24.2  24.2  24.2  24.2  24.2  24.2  24.2  24.2  24.2  24.2
## 166  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2
## 167  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4
## 168  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9
## 169  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3
## 170  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2
## 171  37.8  38.8  38.8  38.8  38.8  38.8  38.8  38.8  38.8  38.8  38.8  38.8
## 172  28.8  28.8  28.8  28.8  28.8  28.8  15.0  14.0  28.8  28.8  28.8  28.8
## 173  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0
## 174  24.0  24.0  24.0  24.0  24.0  24.0  24.0  24.0  24.0  24.0  24.0  24.0
## 175  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3
## 176  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6
## 177  30.7  30.7  30.7  30.7  30.7  30.7  30.7  30.7  30.7  30.7  30.7  30.7
## 178  41.9  41.5  42.6  40.0  38.3  39.5  37.4  42.8  41.4  40.9  40.6  39.3
## 179  39.4  39.4  39.4  39.4  39.4  39.4  39.4  39.4  39.4  39.4  39.4  39.4
## 180  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 181  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9
## 182  24.3  24.3  24.3  24.3  24.3  24.3  24.3  24.3  24.3  24.3  24.3  24.3
## 183  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2
## 184  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 185  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.4
## 186  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6
## 187  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7
##     X1855 X1856 X1857 X1858 X1859 X1860 X1861 X1862 X1863 X1864 X1865 X1866
## 1    27.6  27.6  27.6  27.6  27.6  27.6  27.6  27.6  27.6  27.6  27.5  27.5
## 2    35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4
## 3    28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 4      NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 5    27.0  27.0  27.0  27.0  27.0  27.0  27.0  27.0  27.0  27.0  27.0  27.0
## 6    33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5
## 7    33.2  33.2  33.2  33.2  33.2  33.2  33.2  33.2  33.2  33.2  33.2  33.2
## 8    34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  33.5  33.0  32.4
## 9    34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0
## 10   34.4  34.4  34.4  34.4  34.4  34.4  34.4  34.4  34.4  34.4  34.4  34.4
## 11   29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  28.6  28.1  27.6
## 12   35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2
## 13   30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3
## 14   25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.0  24.0  25.2
## 15   32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1
## 16   36.2  36.2  36.2  36.2  36.2  36.2  36.2  36.2  36.2  36.2  36.2  36.2
## 17   37.5  40.9  40.5  40.2  39.0  45.1  41.3  43.1  41.3  39.8  37.7  32.5
## 18   26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5
## 19   31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0
## 20   28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 21   33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0
## 22   35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1
## 23   33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6
## 24   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 25   29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2
## 26   38.2  38.3  38.3  38.4  38.4  38.4  38.5  38.5  38.6  38.6  38.7  38.7
## 27   29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2  29.2
## 28   31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5
## 29   35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0
## 30   28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 31   41.3  41.3  41.4  41.4  41.5  41.5  41.6  41.7  41.8  41.9  42.0  42.1
## 32   33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8
## 33   30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0
## 34   30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9
## 35   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 36   27.0  26.0  26.7  27.4  28.1  28.9  29.6  30.3  31.0  31.7  31.7  31.8
## 37   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 38   32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1
## 39   31.6  31.6  31.6  31.6  31.6  31.6  31.6  31.6  31.6  31.6  31.6  31.6
## 40   32.7  32.7  32.7  32.7  32.7  32.7  32.7  32.7  32.7  32.7  32.7  32.7
## 41   30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2
## 42   31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2
## 43   36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1
## 44   36.5  36.5  36.6  36.6  36.6  36.2  35.9  35.5  35.2  34.8  33.8  32.7
## 45   38.5  38.5  38.5  38.5  38.5  38.5  38.5  38.5  38.5  38.5  38.5  38.5
## 46   35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0
## 47   46.2  46.8  42.5  40.0  44.4  45.1  47.6  47.6  47.6  40.2  39.9  43.0
## 48   29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9
## 49     NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 50   29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9
## 51   32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 52   33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0
## 53   28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7
## 54   29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8
## 55   30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2  30.2
## 56   39.4  39.3  39.3  39.2  39.1  39.0  37.4  35.8  34.2  32.6  31.0  33.0
## 57   29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  26.0  25.0  24.0
## 58   26.1  26.1  26.1  26.1  26.1  26.1  26.1  26.1  26.1  26.1  26.1  26.1
## 59   31.9  30.0  30.1  33.8  38.5  38.1  38.0  34.1  32.4  39.6  35.8  28.7
## 60   37.5  40.2  39.6  39.7  35.3  43.3  40.5  42.7  41.7  42.0  40.2  41.8
## 61   30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6
## 62   28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 63   31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.4  30.8  30.3
## 64   38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4
## 65   28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0
## 66   36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6
## 67   37.3  37.3  37.3  37.3  37.3  37.3  37.3  37.3  37.3  37.3  37.3  37.3
## 68   25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8
## 69   30.1  30.1  30.1  30.1  30.1  30.1  30.1  30.1  30.1  30.2  30.2  30.2
## 70   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 71   31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1
## 72   29.0  29.0  29.0  29.0  29.0  29.0  29.0  29.0  29.0  29.0  29.0  29.0
## 73   33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9
## 74   36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0
## 75   38.1  42.3  39.5  34.8  29.7  19.8  27.1  27.0  35.1  34.8  34.2  27.2
## 76   25.4  25.4  25.4  25.4  25.4  23.0  22.0  25.4  25.4  25.3  25.3  21.0
## 77   30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0
## 78   25.6  25.6  25.6  25.6  25.6  25.6  25.6  25.6  25.6  25.6  25.6  25.6
## 79   31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2
## 80   38.3  38.3  38.3  38.3  38.3  38.6  38.8  39.1  39.4  39.6  39.9  40.1
## 81   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 82   29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7
## 83   34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2
## 84   36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.5
## 85   31.7  31.7  31.7  31.7  31.7  31.7  31.7  31.7  31.7  31.7  31.7  31.7
## 86   26.2  26.2  26.2  26.2  26.2  26.2  26.2  26.2  26.2  25.7  25.1  24.6
## 87   25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5  25.5
## 88   24.9  24.9  24.9  24.9  24.9  24.9  24.9  24.9  24.9  24.9  24.9  24.9
## 89   26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0
## 90   23.9  23.9  23.9  23.9  23.9  23.9  23.9  23.9  23.9  23.4  22.9  22.4
## 91   31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9
## 92   33.0  33.0  33.0  33.0  33.0  33.0  33.3  33.7  34.0  34.3  34.7  35.0
## 93   29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7
## 94   32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8
## 95   31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1
## 96   33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1
## 97   28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9
## 98   36.9  36.9  36.9  36.9  36.9  36.9  36.9  36.9  36.9  36.9  36.9  36.9
## 99   30.5  30.5  30.5  30.5  30.5  30.5  30.5  30.5  30.5  30.5  30.5  30.5
## 100  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3
## 101  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6
## 102  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6
## 103  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4
## 104  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7
## 105    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 106  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 107  29.7  17.6  36.6  34.4  31.7  31.0  31.2  22.7  27.5  27.9  28.4  29.4
## 108  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9
## 109  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7
## 110  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1
## 111  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8
## 112  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4
## 113  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1  33.1
## 114  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3  30.3
## 115  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8
## 116  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4
## 117  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8
## 118  34.5  38.4  35.5  34.7  30.9  36.9  36.4  38.3  38.3  37.6  36.4  33.6
## 119  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0
## 120  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4
## 121  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8
## 122  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4
## 123  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0
## 124  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1
## 125  50.4  50.4  50.2  51.6  49.9  50.0  45.8  44.7  46.7  48.8  50.4  49.9
## 126  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3
## 127  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8
## 128  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1
## 129  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 130  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5
## 131  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5
## 132  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7
## 133  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9  30.9
## 134  35.9  35.9  35.9  35.9  35.9  35.9  35.9  35.9  35.9  35.9  35.9  35.9
## 135  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6
## 136  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8
## 137  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7
## 138  27.5  29.0  29.6  29.6  29.6  29.6  29.6  29.6  29.6  29.6  29.6  29.6
## 139  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8
## 140  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4  25.4
## 141  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.0
## 142  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1
## 143  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2
## 144  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5
## 145  37.0  37.0  37.0  37.0  37.0  37.0  37.0  37.0  37.0  37.0  37.0  37.0
## 146  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1
## 147  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0  34.0
## 148  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4
## 149  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6
## 150  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1
## 151  29.4  29.4  29.4  29.4  29.4  29.4  29.4  29.4  29.4  29.4  29.4  29.4
## 152  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5
## 153  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8  25.8
## 154  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7  26.7
## 155  29.5  29.5  29.5  29.5  29.5  29.5  29.5  29.5  29.5  29.5  29.5  29.5
## 156  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6
## 157  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0  28.0
## 158  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0
## 159  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4
## 160  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 161  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3
## 162  43.1  42.1  34.6  42.0  44.3  48.5  47.1  42.5  45.4  44.8  45.4  44.7
## 163  38.0  38.0  38.0  38.0  38.0  38.0  38.0  38.0  38.0  38.0  38.0  38.0
## 164  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.1
## 165  24.2  24.2  24.2  24.2  24.2  24.2  24.2  24.2  24.2  23.7  23.2  22.7
## 166  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2
## 167  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4
## 168  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9
## 169  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3
## 170  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2
## 171  38.8  38.8  38.8  38.8  38.8  38.8  38.8  38.8  38.8  38.8  38.8  38.8
## 172  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 173  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0
## 174  24.0  24.0  24.0  24.0  24.0  24.0  24.0  24.0  24.0  23.2  22.3  21.5
## 175  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3
## 176  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.6
## 177  30.7  30.7  30.7  30.7  30.7  30.7  30.7  30.7  30.7  30.7  30.7  30.7
## 178  41.0  43.3  41.9  40.0  40.8  43.0  42.4  42.5  40.4  40.0  40.6  40.4
## 179  39.4  39.4  39.4  39.4  39.4  39.4  38.0  34.5  34.0  31.0  38.0  39.4
## 180  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 181  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.4  25.9  25.4
## 182  24.3  24.3  24.3  24.3  24.3  24.3  24.3  24.3  24.3  24.3  24.3  24.3
## 183  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2
## 184  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 185  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.4
## 186  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6  32.6
## 187  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7
##     X1867 X1868 X1869 X1870 X1871 X1872 X1873 X1874 X1875 X1876 X1877 X1878
## 1    27.5 27.50  27.5  27.5  27.6  27.6  27.7  27.8 27.80  27.9  27.9  28.0
## 2    35.4 35.40  35.4  35.4  35.4  35.4  35.4  35.4 35.40  35.4  35.4  35.4
## 3    21.0 11.00  15.0  22.0  28.9  28.9  29.0  29.0 29.00  29.1  29.1  29.2
## 4      NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 5    27.0 27.00  27.0  27.0  27.1  27.1  27.2  27.3 27.30  27.4  27.5  27.5
## 6    33.5 33.50  33.5  33.5  33.5  33.5  33.6  33.6 33.60  33.6  33.6  33.6
## 7    33.2 33.20  33.2  33.2  33.2  33.2  33.2  33.2 33.20  33.1  33.1  33.1
## 8    31.9 31.40  31.4  31.5  31.5  31.5  31.5  31.7 31.90  32.1  32.2  32.4
## 9    34.0 34.00  34.0  34.0  34.6  35.1  35.6  36.2 36.70  37.2  37.8  38.3
## 10   34.4 34.40  34.4  34.4  34.5  34.5  34.6  34.6 34.70  34.7  34.8  34.9
## 11   27.1 26.60  26.6  26.6  26.7  26.7  26.7  26.9 27.10  27.3  27.5  27.7
## 12   35.2 35.20  35.2  35.2  35.2  35.2  35.2  35.2 35.20  35.2  35.2  35.1
## 13   30.3 30.30  30.3  30.3  30.3  30.3  30.3  30.3 30.40  30.4  30.4  30.4
## 14   25.5 25.50  25.5  25.5  25.5  25.5  25.4  25.4 25.40  25.4  25.1  24.9
## 15   32.1 32.10  32.1  32.1  32.1  32.2  32.2  32.2 32.20  32.3  32.3  32.3
## 16   36.2 36.20  36.2  36.2  36.2  36.2  36.2  36.2 36.20  36.2  36.2  36.2
## 17   43.1 42.60  42.6  40.9  34.4  40.0  43.5  44.7 42.20  43.7  44.5  44.2
## 18   26.5 26.50  26.5  26.5  26.5  26.5  26.5  26.5 26.50  26.5  26.5  26.5
## 19   31.0 31.00  31.0  31.0  31.0  31.1  31.1  31.1 31.20  31.2  31.2  31.3
## 20   28.8 28.80  28.8  28.8  28.9  29.0  29.1  29.2 29.30  29.4  29.4  29.5
## 21   33.0 33.00  33.0  33.0  33.0  33.1  33.1  33.1 33.10  33.2  33.2  33.2
## 22   35.1 35.10  35.1  35.1  35.1  35.1  35.1  35.1 35.10  35.1  35.2  35.2
## 23   33.6 33.60  33.6  33.6  33.6  33.6  33.6  33.6 33.60  33.6  33.6  33.6
## 24   32.0 32.00  32.0  32.0  32.0  32.0  32.0  32.0 32.00  32.0  32.0  32.1
## 25   29.2 29.20  29.2  29.2  29.2  29.2  29.1  29.1 29.10  29.1  29.1  29.1
## 26   38.8 38.80  38.8  38.9  38.9  39.0  39.0  39.1 39.10  39.1  39.2  39.2
## 27   29.2 29.20  29.2  29.2  29.2  29.3  29.3  29.4 29.40  29.4  29.5  29.5
## 28   31.5 31.50  31.5  31.5  31.5  31.5  31.5  31.5 31.60  31.6  31.6  31.6
## 29   35.0 35.00  35.0  35.0  35.0  35.0  35.1  35.1 35.10  35.2  35.2  35.2
## 30   28.8 28.80  28.8  28.8  28.8  28.8  28.8  28.9 28.90  28.9  29.0  29.0
## 31   42.2 42.30  42.4  42.5  42.6  42.8  43.0  43.2 43.40  43.6  43.9  44.1
## 32   33.8 33.80  33.8  33.8  33.9  33.9  33.9  34.0 34.00  34.1  34.1  34.2
## 33   30.0 30.00  30.0  30.0  30.0  30.1  30.1  30.1 30.20  30.2  30.3  30.3
## 34   30.9 30.90  30.9  30.9  31.0  31.0  31.1  31.1 31.20  31.3  31.3  31.4
## 35   32.0 32.00  32.0  32.0  32.0  32.0  32.0  32.0 32.00  32.0  32.0  32.0
## 36   31.8 31.90  31.9  32.0  32.0  32.0  32.0  32.0 32.00  29.5  27.5  25.2
## 37   32.0 32.00  32.0  32.0  32.0  32.0  32.1  32.1 32.10  32.2  32.2  32.2
## 38   32.1 32.10  32.1  32.1  32.1  32.1  32.2  32.2 32.20  32.2  32.2  32.3
## 39   31.6 31.60  31.6  31.6  31.6  31.7  31.7  31.8 31.80  31.9  31.9  32.0
## 40   32.7 32.70  32.7  32.7  32.7  32.6  32.6  32.6 32.50  32.5  32.5  32.5
## 41   30.2 30.20  30.2  30.2  30.2  30.2  30.2  30.3 30.30  30.3  30.3  30.3
## 42   31.2 31.20  31.2  31.2  31.2  31.3  31.3  31.4 31.40  31.5  31.5  31.6
## 43   36.1 36.10  36.1  36.1  36.1  36.1  36.1  36.1 36.10  36.1  36.1  36.1
## 44   31.7 30.60  29.6  29.7  29.7  29.8  29.9  29.9 31.10  32.3  33.5  34.7
## 45   38.5 38.50  38.5  38.5  38.5  38.5  38.5  38.5 38.50  38.5  38.5  38.5
## 46   35.0 35.00  35.0  35.0  35.0  35.0  35.0  35.0 35.00  35.0  35.0  35.0
## 47   45.0 45.70  46.1  46.1  46.1  47.5  47.6  46.1 44.50  45.9  47.4  47.6
## 48   29.9 29.90  29.9  29.9  30.0  30.0  30.1  30.1 30.20  30.3  30.3  30.4
## 49     NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 50   29.9 29.90  29.9  29.9  29.9  30.0  30.0  30.1 30.10  30.1  30.2  30.2
## 51   32.9 32.90  32.9  32.9  32.9  33.0  33.0  33.0 33.10  33.1  33.1  33.2
## 52   33.0 33.00  33.0  33.0  33.0  33.0  33.0  33.0 33.00  33.0  32.9  32.9
## 53   28.7 28.70  28.7  28.7  28.7  28.7  28.8  28.8 28.80  28.8  28.8  28.8
## 54   29.8 29.80  29.8  29.8  29.8  29.9  29.9  29.9 30.00  30.0  30.0  30.1
## 55   30.2 30.20  30.2  30.2  30.2  30.2  30.3  30.3 30.30  30.3  30.3  30.3
## 56   35.1 37.10  39.2  41.3  41.5  41.7  41.9  42.1 42.30  41.9  41.4  41.0
## 57   29.7 29.70  29.7  29.7  29.7  29.7  29.7  29.7 29.70  29.7  29.7  29.7
## 58   26.1 26.10  26.1  26.1  26.1  26.2  26.2  26.2  1.01  26.3  26.3  26.3
## 59   25.3  8.11  37.1  45.7  46.3  44.1  39.5  39.1 40.60  41.8  39.0  39.2
## 60   42.3 40.20  41.1  36.4  29.6  42.6  41.8  44.3 43.20  43.6  44.3  43.4
## 61   30.6 30.60  30.6  30.6  30.6  30.7  30.7  30.8 30.80  30.8  30.9  30.9
## 62   28.8 28.80  28.8  28.8  28.9  29.0  29.2  29.3 29.40  29.5  29.6  29.8
## 63   29.8 29.30  29.3  29.3  29.4  29.4  29.4  29.6 29.80  30.0  30.2  30.4
## 64   38.4 38.40  38.4  38.4  38.4  38.4  38.4  38.4 38.40  38.5  38.6  38.7
## 65   28.0 28.00  28.0  28.0  28.0  28.1  28.1  28.1 28.20  28.2  28.3  28.3
## 66   36.6 36.60  36.6  36.6  36.6  36.6  36.6  36.7 36.70  36.7  36.7  36.8
## 67   37.3 37.30  37.3  37.3  37.3  37.3  37.3  37.4 37.40  37.4  37.4  37.4
## 68   25.8 25.80  25.8  25.8  25.8  25.8  25.8  25.8 25.80  25.7  25.7  25.7
## 69   30.2 30.20  30.2  30.2  30.3  30.4  30.5  30.5 30.60  30.7  30.8  30.9
## 70   32.0 32.00  32.0  32.0  32.0  31.9  31.9  31.9 31.90  31.8  31.8  31.8
## 71   31.1 31.10  31.1  31.1  31.1  31.1  31.2  31.2 31.20  31.2  31.2  31.2
## 72   29.0 29.00  29.0  29.0  29.0  29.0  29.0  29.0 29.00  28.9  28.9  28.9
## 73   33.9 33.90  33.9  33.9  33.9  34.0  34.0  34.1 34.10  34.1  34.2  34.2
## 74   36.0 36.00  36.0  36.0  36.0  36.0  36.0  36.0 36.00  36.0  36.0  36.0
## 75   37.5 34.60  28.0  38.4  35.0  25.1  36.6  39.6 36.50  40.3  44.6  41.6
## 76   25.3 25.30  21.3  25.4  25.4  25.4  25.4  25.5 25.10  20.0  19.0  20.0
## 77   30.0 30.00  30.0  30.0  30.0  30.0  30.0  30.0 30.10  30.1  30.1  30.1
## 78   25.6 25.60  25.6  25.6  25.6  25.6  25.7  25.7 25.70  25.7  25.8  25.8
## 79   31.2 31.20  31.2  31.2  31.2  31.2  31.2  31.3 31.30  31.3  31.3  31.3
## 80   40.4 40.70  40.9  41.2  41.5  41.7  42.0  42.3 42.50  42.8  43.1  43.3
## 81   32.0 32.00  32.0  32.0  32.0  32.0  32.0  32.0 32.00  32.0  32.0  32.0
## 82   29.7 29.70  29.7  29.7  29.7  29.7  31.6  31.8 31.30  33.6  34.9  34.3
## 83   34.2 34.20  34.2  34.2  34.2  34.2  34.2  34.2 34.20  34.2  34.2  34.2
## 84   36.5 36.50  36.6  36.6  36.6  36.7  36.7  36.8 36.80  36.9  36.9  37.0
## 85   31.7 31.70  31.7  31.7  31.7  31.7  31.7  31.7 31.70  31.7  31.8  31.8
## 86   24.1 23.60  23.6  23.7  23.7  23.8  23.8  24.0 24.20  24.4  24.6  24.9
## 87   25.5 25.50  25.5  25.5  25.5  25.6  25.6  25.6 25.60  25.7  25.7  25.7
## 88   24.9 24.90  24.9  24.9  24.9  24.9  24.9  25.0 25.00  25.0  25.0  25.1
## 89   26.0 26.00  26.0  26.0  26.0  26.0  26.0  26.1 26.10  26.1  26.1  26.1
## 90   21.9 21.30  21.4  21.4  21.4  21.5  21.5  21.7 21.90  22.1  22.3  22.5
## 91   31.9 31.90  31.9  31.9  31.9  31.8  31.8  31.8 31.70  31.7  31.7  31.6
## 92   35.3 35.70  36.0  36.3  36.6  37.0  37.3  37.6 38.00  38.3  38.6  39.0
## 93   29.7 29.70  29.7  29.7  29.7  29.7  29.7  29.7 29.70  29.7  29.8  29.8
## 94   32.8 32.80  32.8  32.8  32.9  32.9  32.9  33.0 33.00  33.1  33.1  33.2
## 95   31.1 31.10  31.1  31.1  31.2  31.2  31.3  31.3 31.40  31.5  31.5  31.6
## 96   33.1 33.10  33.1  33.1  33.1  33.2  33.3  33.3 33.40  33.4  33.5  33.5
## 97   28.9 28.90  28.9  28.9  29.3  29.8  30.2  30.6 31.00  31.5  31.9  32.3
## 98   36.9 36.90  36.9  36.9  36.9  36.9  36.9  36.9 36.90  36.9  36.9  36.9
## 99   30.5 30.50  30.5  30.5  30.5  30.6  30.6  30.7 30.70  30.7  30.8  30.8
## 100  30.3 30.30  30.3  30.3  30.3  30.3  30.4  30.4 30.40  30.4  30.4  30.5
## 101  30.6 30.60  30.6  30.6  30.6  30.6  30.6  30.6 30.60  30.6  30.6  30.6
## 102  32.6 32.60  32.6  32.6  32.6  32.6  32.6  32.5 32.50  32.5  32.5  32.5
## 103  26.4 26.40  26.4  26.4  26.5  26.5  26.6  26.6 26.70  26.8  26.8  26.9
## 104  28.7 28.70  28.7  28.7  28.7  28.7  29.2  29.6 30.10  30.6  31.1  31.5
## 105    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 106  32.0 32.00  32.0  32.0  32.0  32.1  32.1  32.1 32.20  32.2  32.2  32.3
## 107   4.0 13.70  26.4  39.3  36.9  35.5  28.7  32.5 37.50  34.8  32.6  35.0
## 108  26.9 26.90  26.9  26.9  26.9  26.9  26.9  26.9 26.90  26.9  26.9  26.9
## 109  26.7 26.70  26.7  26.7  26.7  26.7  26.7  26.7 26.70  26.7  26.6  26.6
## 110  33.1 33.10  33.1  33.1  33.1  33.1  33.1  33.1 33.10  33.1  33.1  33.1
## 111  31.8 31.80  31.8  31.8  31.8  31.8  31.8  31.8 31.70  31.7  31.7  31.7
## 112  35.4 35.40  35.4  35.4  35.4  35.4  35.4  35.4 35.50  35.5  35.5  35.5
## 113  33.1 33.10  33.1  33.1  33.1  33.1  33.1  33.2 33.20  33.2  33.2  33.2
## 114  30.3 30.30  30.3  30.3  30.3  30.4  30.5  30.5 30.60  30.6  30.7  30.8
## 115  30.8 30.80  30.8  30.8  30.8  30.7  30.7  30.7 30.60  30.6  30.6  30.6
## 116  32.4 32.40  32.4  32.4  32.4  32.5  32.5  32.5 32.60  32.6  32.6  32.7
## 117  32.8 32.80  32.8  32.8  32.9  32.9  33.0  33.0 33.10  33.1  33.2  33.2
## 118  39.3 37.80  40.5  37.3  32.9  36.5  39.2  41.3 38.20  40.4  42.0  41.1
## 119  34.0 34.00  34.0  34.0  34.5  34.9  35.4  35.8 36.30  36.7  37.2  37.6
## 120  25.4 25.40  25.4  25.4  25.4  25.4  25.4  25.5 25.50  25.5  25.5  25.5
## 121  30.8 30.80  30.8  30.8  30.9  30.9  31.0  31.0 31.10  31.1  31.2  31.3
## 122  30.4 30.40  30.4  30.4  30.5  30.6  30.7  30.9 31.00  31.1  31.2  31.3
## 123  26.0 26.00  26.0  26.0  26.0  26.1  26.1  26.1 26.20  26.2  26.2  26.3
## 124  36.1 36.10  36.1  36.1  36.1  36.1  36.1  36.1 36.20  36.2  36.2  36.2
## 125  47.9 47.20  49.3  50.9  49.7  50.0  49.7  47.8 47.60  46.8  49.8  51.8
## 126  32.3 32.30  32.3  32.3  32.3  32.3  32.3  32.3 32.30  32.3  32.3  32.3
## 127  25.8 25.80  25.8  25.8  25.8  25.8  25.8  25.9 25.90  25.9  26.0  26.2
## 128  32.1 32.10  32.1  32.1  32.1  32.2  32.2  32.3 32.30  32.3  32.4  32.4
## 129  32.9 32.90  32.9  32.9  32.9  32.9  33.0  33.0 33.00  33.0  33.0  33.0
## 130  31.5 31.50  31.5  31.5  31.5  31.6  31.6  31.7 31.70  31.8  31.8  31.9
## 131  35.5 35.50  35.5  35.5  35.5  35.5  35.6  35.6 35.60  35.6  35.6  35.7
## 132  35.7 35.70  35.7  35.7  35.7  35.6  35.6  35.5 35.50  35.5  35.4  35.4
## 133  30.9 30.90  30.9  30.9  30.9  30.9  30.9  31.0 31.00  31.0  31.0  31.0
## 134  35.9 35.90  35.9  35.9  35.9  35.9  35.9  35.9 35.90  35.9  35.9  35.9
## 135  35.6 35.60  35.6  35.6  35.6  35.6  35.6  35.6 35.60  35.6  35.6  35.6
## 136  30.8 30.80  30.8  30.8  30.8  30.8  30.7  30.7 30.70  30.7  30.7  30.6
## 137  35.7 35.70  35.7  35.7  35.7  35.7  35.7  35.7 35.70  35.7  35.7  35.7
## 138  29.6 27.90  27.9  31.1  28.1  25.9  29.5  30.5 31.10  30.9  31.3  27.8
## 139  31.8 31.80  31.8  31.8  31.8  31.8  31.9  31.9 31.90  31.9  31.9  31.9
## 140  25.4 25.40  25.4  25.4  25.5  25.5  25.6  25.6 25.70  25.7  25.8  25.8
## 141  31.0 31.00  31.0  31.0  31.0  31.0  31.0  31.1 31.10  31.1  31.1  31.1
## 142  32.1 32.10  32.1  32.1  32.2  32.2  32.3  32.4 32.50  32.5  32.6  32.7
## 143  25.2 25.20  25.2  25.2  25.3  25.3  25.4  25.4 25.50  25.6  25.6  25.7
## 144  35.5 35.50  35.5  35.5  35.5  35.5  35.5  35.5 35.50  35.5  35.5  35.5
## 145  37.0 37.00  37.0  37.0  37.3  37.5  37.8  38.1 38.30  38.6  38.9  39.1
## 146  25.1 25.10  25.1  25.1  25.2  25.3  25.3  25.4 25.50  25.6  25.6  25.7
## 147  34.0 34.00  34.0  34.0  34.0  34.0  34.0  34.0 34.00  34.0  34.0  34.0
## 148  36.4 36.40  36.4  36.4  36.4  36.4  36.4  36.4 36.40  36.4  36.4  36.4
## 149  36.6 36.60  36.6  36.6  36.6  36.6  36.6  36.6 36.60  36.6  36.6  36.5
## 150  25.1 25.10  25.1  25.1  25.1  25.1  25.1  25.1 25.10  25.1  25.1  25.1
## 151  29.4 29.40  29.4  29.4  29.5  29.5  29.6  29.6 29.70  29.8  29.8  29.9
## 152  33.5 33.50  33.5  33.5  33.5  33.6  33.6  33.6 33.70  33.7  33.7  33.8
## 153  25.8 25.80  25.8  25.8  25.8  25.8  25.8  25.8 25.80  25.8  25.8  25.8
## 154  26.7 26.70  26.7  26.7  26.8  26.9  26.9  27.1 27.10  27.2  27.3  27.4
## 155  29.5 29.50  29.5  29.5  29.5  29.5  29.5  29.5 29.50  29.5  29.5  29.5
## 156  32.6 32.60  32.6  32.6  32.6  32.6  32.6  32.6 32.60  32.6  32.6  32.6
## 157  28.0 28.00  28.0  28.0  28.0  28.0  28.0  28.0 28.00  28.1  28.1  28.1
## 158  26.0 26.00  26.0  26.0  26.0  26.0  26.0  26.0 26.00  26.0  26.0  26.0
## 159  31.4 31.40  31.4  31.4  31.4  31.4  31.4  31.4 31.40  31.4  31.4  31.4
## 160  32.9 32.90  32.9  32.9  32.9  32.9  32.9  32.9 32.90  32.9  32.9  32.9
## 161  32.3 32.30  32.3  32.3  32.3  32.3  32.4  32.4 32.40  32.4  32.5  32.5
## 162  46.2 43.20  41.0  45.0  49.0  50.1  48.7  44.3 44.60  44.8  46.0  46.7
## 163  38.0 38.00  38.0  38.0  38.0  38.0  38.0  38.0 38.00  40.1  40.0  40.5
## 164  31.1 31.10  31.1  31.1  31.1  31.1  31.2  31.2 31.20  31.2  31.3  31.3
## 165  22.1 21.60  21.7  21.7  21.7  21.8  21.8  22.0 22.20  22.4  22.6  22.8
## 166  32.2 32.20  32.2  32.2  32.2  32.3  32.3  32.4 32.40  32.4  32.5  32.5
## 167  30.4 30.40  30.4  30.4  30.4  30.4  30.4  30.5 30.50  30.5  30.5  30.5
## 168  28.9 28.90  28.9  28.9  29.0  29.0  29.1  29.1 29.20  29.2  29.3  29.3
## 169  31.3 31.30  31.3  31.3  31.3  31.4  31.4  31.4 31.50  31.5  31.6  31.6
## 170  28.2 28.20  28.2  28.2  28.2  28.2  28.2  28.3 28.30  28.3  28.3  28.3
## 171  38.8 38.80  38.8  38.8  38.8  38.8  38.8  38.8 38.80  38.8  38.9  38.9
## 172  28.8  9.80  28.8  28.8  28.8  28.9  28.9  29.0 29.00  29.0  29.1  29.1
## 173  35.0 35.00  35.0  35.0  35.0  35.0  35.1  35.1 35.10  35.1  35.2  35.2
## 174  20.7 19.80  19.9  19.9  20.0  20.0  20.1  20.3 20.40  20.6  20.8  21.0
## 175  25.3 25.30  25.3  25.3  25.3  25.3  25.3  25.3 25.30  25.3  25.3  25.3
## 176  36.6 36.60  36.6  36.6  36.6  36.6  36.6  36.6 36.60  36.6  36.5  36.5
## 177  30.7 30.70  30.7  30.7  30.7  30.7  30.7  30.7 30.80  30.8  30.8  30.8
## 178  42.6 42.00  41.7  41.0  41.3  42.9  43.8  42.1 41.90  43.7  44.7  43.0
## 179  39.4 39.40  39.4  39.4  39.4  39.4  39.4  39.4 39.40  39.4  39.4  39.4
## 180  32.9 32.90  32.9  32.9  32.9  32.9  32.9  32.9 32.90  32.9  32.9  32.9
## 181  24.8 24.30  24.4  24.4  24.4  24.5  24.5  24.8 24.90  25.2  25.4  25.6
## 182  24.3 24.30  24.3  24.3  24.3  24.4  24.4  24.4 24.40  24.4  24.5  24.5
## 183  32.2 32.20  32.2  32.2  32.2  32.2  32.2  32.2 32.20  32.2  32.3  32.3
## 184  32.0 32.00  32.0  32.0  32.0  31.9  31.9  31.9 31.90  31.8  31.8  31.8
## 185  23.4 23.40  23.4  23.4  23.4  23.4  23.4  23.4 23.40  23.4  23.4  23.4
## 186  32.6 32.60  32.6  32.6  32.6  32.7  32.7  32.7 32.80  32.8  32.8  32.9
## 187  33.7 33.70  33.7  33.7  33.7  33.7  33.7  33.8 33.80  33.8  33.8  33.8
##     X1879 X1880 X1881 X1882 X1883 X1884 X1885 X1886 X1887 X1888 X1889 X1890
## 1    28.1  28.1  28.2  28.3  28.3  28.4  28.5  28.5  28.6  28.6  28.7 28.80
## 2    35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4 35.40
## 3    29.2  29.3  29.3  29.4  29.4  29.4  29.5  29.5  29.6  29.6  29.7 29.70
## 4      NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 5    27.6  27.7  27.7  27.8  27.9  27.9  28.0  28.1  28.1  28.2  28.3 28.40
## 6    33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.6  33.7  33.7  33.7 33.70
## 7    33.1  33.1  33.0  32.9  32.7  32.6  32.5  32.8  33.1  33.4  33.6 33.90
## 8    32.6  32.8  32.9  33.1  33.3  33.5  33.6  33.8  34.0  34.2  34.3 34.50
## 9    38.8  39.4  39.9  40.4  41.0  41.5  42.0  42.5  43.1  43.6  44.1 44.70
## 10   34.9  35.0  35.0  35.2  35.5  35.7  35.9  36.2  36.4  36.6  36.9 37.10
## 11   27.9  28.1  28.2  28.4  28.6  28.8  29.0  29.2  29.4  29.5  29.7 29.90
## 12   35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1 35.10
## 13   30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.5  30.5  30.5 30.50
## 14   24.6  24.4  24.1  23.9  23.7  23.4  23.2  22.9  22.8  22.7  22.5 22.40
## 15   32.3  32.3  32.4  32.4  32.4  32.4  32.4  32.5  32.5  32.5  32.5 32.50
## 16   36.2  36.2  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1 36.10
## 17   43.8  42.5  44.4  45.5  44.9  44.3  45.5  43.4  46.1  44.9  45.1 44.10
## 18   26.5  26.6  26.6  26.6  26.6  26.6  26.6  26.6  26.6  26.6  26.6 26.60
## 19   31.3  31.3  31.4  31.4  31.4  31.5  31.5  31.5  31.6  31.6  31.6 31.70
## 20   29.6  29.7  29.8  29.9  30.0  30.1  30.2  30.3  30.4  30.5  30.6 30.60
## 21   33.3  33.3  33.3  33.4  33.4  33.4  33.4  33.5  33.5  33.5  33.5 33.60
## 22   35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.2  35.3  35.3  35.3 35.30
## 23   33.6  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7  33.7 33.70
## 24   32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.2 32.20
## 25   29.0  29.0  29.0  29.0  28.9  28.9  28.9  28.9  28.9  28.9  28.8 28.80
## 26   39.3  39.3  39.4  39.4  39.5  39.5  39.5  39.6  39.6  39.7  39.7 39.80
## 27   29.6  29.6  29.6  29.7  29.7  29.8  29.8  29.9  29.9  29.9  30.0 30.00
## 28   31.6  31.6  31.6  31.6  31.6  31.6  31.7  31.7  31.7  31.7  31.7 31.70
## 29   35.2  35.3  35.3  35.3  35.4  35.4  35.4  35.4  35.5  35.5  35.5 35.50
## 30   29.0  29.1  29.1  29.1  29.1  29.2  29.2  29.2  29.3  29.3  29.3 29.40
## 31   44.3  44.5  44.7  44.8  44.8  44.9  44.9  45.0  45.0  45.0  45.1 45.10
## 32   34.2  34.3  34.3  34.4  34.4  34.5  34.5  34.6  34.6  34.7  34.7 34.80
## 33   30.3  30.4  30.4  30.4  30.5  30.5  30.6  30.6  30.6  30.7  30.7 30.80
## 34   31.4  31.5  31.6  31.6  31.7  31.7  31.8  31.9  31.9  32.0  32.0 32.10
## 35   32.0  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1 32.10
## 36   28.5  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0 32.00
## 37   32.2  32.3  32.3  32.3  32.4  32.4  32.4  32.4  32.5  32.5  32.5 32.50
## 38   32.3  32.3  32.3  32.3  32.4  32.4  32.4  32.4  32.4  32.5  32.5 32.50
## 39   32.0  32.1  32.1  32.2  32.2  32.3  32.3  32.4  32.4  32.4  32.5 32.50
## 40   32.4  32.4  32.4  32.4  32.3  32.3  32.3  32.2  32.2  32.2  32.1 32.10
## 41   30.3  30.3  30.3  30.3  30.3  30.3  30.4  30.4  30.4  30.4  30.4 30.80
## 42   31.6  31.7  31.7  31.8  31.8  31.9  31.9  32.0  32.0  32.1  32.1 32.20
## 43   36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1 36.10
## 44   35.9  37.0  38.0  39.1  40.1  41.2  41.7  42.3  42.8  43.4  44.0 39.80
## 45   38.5  38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4  38.4 38.40
## 46   35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0  35.0 35.00
## 47   46.3  44.9  48.4  46.8  48.5  48.6  49.7  49.0  48.7  46.7  47.8 47.30
## 48   30.4  30.5  30.5  30.6  30.6  30.7  30.8  30.8  30.9  30.9  31.0 31.10
## 49     NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 50   30.3  30.3  30.3  30.4  30.4  30.4  30.5  30.5  30.6  30.6  30.6 30.70
## 51   33.2  33.2  33.3  33.3  33.3  33.4  33.4  33.4  33.5  33.5  33.5 33.60
## 52   32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.8  32.8 32.80
## 53   28.9  28.9  28.9  28.9  28.9  28.9  28.9  29.0  29.0  29.0  29.0 29.00
## 54   30.1  30.1  30.2  30.2  30.2  30.3  30.3  30.4  30.4  30.4  30.4 30.50
## 55   30.3  30.4  30.4  30.4  30.4  30.4  30.4  30.4  30.5  30.5  30.5 30.50
## 56   40.5  40.1  40.3  40.5  40.8  41.0  41.3  41.5  41.6  41.9  42.0 42.20
## 57   29.7  27.0  26.0  29.7  29.7  29.7  29.7  29.7  29.7  17.0   5.0  4.00
## 58   26.4  26.4  26.4  26.5  26.5  26.5  26.6  26.6  26.6  26.6  26.7 26.70
## 59   44.9  39.7  37.6  40.5  42.8  42.9  41.3  40.9  45.6  45.1  44.9 44.60
## 60   44.0  42.7  43.6  43.2  43.3  42.5  44.0  43.2  43.8  44.2  45.6 43.40
## 61   30.9  31.0  31.0  31.1  31.1  31.1  31.2  31.2  31.3  31.3  31.3 31.40
## 62   29.9  30.0  30.1  30.2  30.4  30.5  30.6  30.7  30.8  30.9  31.1 31.20
## 63   30.6  30.8  30.9  31.1  31.3  31.5  31.7  31.9  32.0  32.2  32.4 32.60
## 64   38.8  38.9  39.0  39.1  39.2  39.3  39.5  39.8  40.0  40.3  40.6 40.90
## 65   28.3  28.4  28.4  28.4  28.5  28.5  28.5  28.6  28.6  28.6  28.7 28.70
## 66   36.9  37.1  37.2  37.3  37.4  37.6  37.7  37.8  38.0  38.1  38.3 38.50
## 67   37.4  37.4  37.4  37.5  37.5  37.5  37.5  37.5  37.5  37.5  37.5 37.50
## 68   25.7  25.7  25.7  25.7  25.6  25.6  25.6  25.6  25.6  25.6  25.6 25.60
## 69   30.9  31.0  31.1  31.2  31.3  31.3  31.4  31.5  31.6  31.7  31.7 31.80
## 70   31.7  31.7  31.7  31.6  31.6  31.6  31.6  31.5  31.5  31.5  31.4 31.40
## 71   31.2  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.4  31.4 31.40
## 72   28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9  28.9 28.90
## 73   34.3  34.3  34.3  34.4  34.4  34.5  34.5  34.5  34.6  34.6  34.7 34.70
## 74   36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0  36.0 36.00
## 75   39.5  42.3  35.8  17.7  30.3  42.2  45.5  45.0  40.6  46.8  52.5 36.60
## 76   25.5  25.5  25.5  25.4  25.3  25.1  25.0  24.9  24.8  24.5  24.4 24.40
## 77   30.1  30.1  30.1  30.1  30.1  30.1  30.1  30.1  30.2  30.2  30.2 30.20
## 78   25.8  25.8  25.9  25.9  25.9  25.9  25.9  26.0  26.0  26.0  26.0 26.10
## 79   31.3  31.3  31.3  31.3  31.4  31.4  31.4  31.4  31.4  31.4  31.4 31.40
## 80   43.6  43.9  44.1  44.4  44.7  44.9  45.2  45.5  45.7  46.0  46.3 46.50
## 81   32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0 32.00
## 82   34.0  32.7  34.2  34.3  35.2  36.6  36.8  35.1  36.0  36.9  39.0 38.50
## 83   34.3  34.3  34.3  40.2  38.2  37.3  37.9  37.0  35.6  38.7  37.7 34.40
## 84   37.0  37.1  37.1  37.2  37.3  37.3  37.4  37.5  37.5  37.6  37.7 37.70
## 85   31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8 31.80
## 86   25.1  25.3  25.5  25.7  25.9  26.1  26.3  26.5  26.7  26.9  27.1 27.40
## 87   25.8  25.8  25.8  25.9  25.9  25.9  25.9  26.0  26.0  26.0  26.1 26.10
## 88   25.1  25.1  25.1  25.1  25.1  25.1  25.2  25.2  25.2  25.2  25.3  8.12
## 89   26.1  26.1  26.1  26.1  26.2  26.2  26.2  26.2  26.2  26.2  26.2 26.30
## 90   22.7  22.9  23.1  23.3  23.5  23.7  23.9  24.1  24.3  24.5  24.7 24.90
## 91   31.6  31.6  31.6  31.5  31.5  31.5  31.4  31.4  31.4  31.3  31.3 31.30
## 92   39.3  39.6  40.0  40.3  40.6  41.0  41.3  41.6  42.0  42.3  42.6 43.00
## 93   29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8  29.8 29.90
## 94   33.2  33.3  33.3  33.3  33.4  33.4  33.5  33.5  33.6  33.6  33.7 33.70
## 95   31.6  31.7  31.8  31.8  31.9  31.9  32.0  32.0  32.1  32.2  32.2 32.30
## 96   33.6  33.6  33.7  33.7  33.8  33.9  33.9  34.0  34.0  34.1  34.1 34.20
## 97   32.7  33.2  33.6  34.0  34.5  34.9  35.3  35.7  36.2  36.6  37.0 37.40
## 98   36.9  37.4  38.0  38.5  39.0  39.5  40.0  40.5  41.0  41.5  42.0 42.50
## 99   30.9  30.9  30.9  31.0  31.0  31.1  31.1  31.1  31.2  31.2  31.3 31.30
## 100  30.5  30.5  30.5  30.6  30.6  30.6  30.6  30.6  30.6  30.7  30.7 30.70
## 101  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6 30.60
## 102  32.4  32.4  32.4  32.4  32.3  32.3  32.3  32.3  32.2  32.2  32.2 32.10
## 103  26.9  27.0  27.1  27.1  27.2  27.3  27.3  27.4  27.4  27.5  27.6 27.60
## 104  32.0  32.5  32.9  33.4  33.9  34.4  34.8  35.3  35.8  36.2  36.7 37.20
## 105    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 106  32.3  32.3  32.3  32.4  32.4  32.4  32.5  32.5  32.5  32.6  32.6 32.60
## 107  30.2  34.0  32.5  27.9  27.3  31.4  29.0  33.2  27.9  31.6  28.3 28.00
## 108  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9  26.9 27.00
## 109  26.6  26.6  26.6  26.6  26.6  26.6  26.6  26.6  26.6  26.6  26.6 26.60
## 110  33.1  33.1  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0  33.0 33.00
## 111  31.7  31.7  31.7  31.7  31.6  31.6  31.6  31.6  31.6  31.6  31.6 31.60
## 112  35.5  35.5  35.5  35.5  35.5  35.5  35.6  35.6  35.6  35.6  35.6 35.60
## 113  33.2  33.2  33.3  33.3  33.3  33.3  33.3  33.3  33.3  33.4  33.4 33.40
## 114  30.8  30.9  30.9  31.0  31.1  31.1  31.2  31.3  31.3  31.4  31.4 31.50
## 115  30.5  30.5  30.4  30.4  30.4  30.4  30.3  30.3  30.3  30.2  30.2 30.20
## 116  32.7  32.8  32.8  32.8  32.9  32.9  33.0  33.0  33.0  33.0  33.1 33.10
## 117  33.3  33.4  33.4  33.5  33.5  33.6  33.6  33.7  33.7  33.8  33.8 33.90
## 118  42.0  40.4  42.9  43.8  42.4  41.4  43.3  42.0  45.0  44.2  44.4 44.40
## 119  38.1  38.5  39.0  39.4  39.9  40.3  40.7  41.2  41.6  42.1  42.5 43.00
## 120  25.5  25.6  25.6  25.6  25.6  25.6  25.6  25.7  25.7  25.7  25.7 25.70
## 121  31.3  31.4  31.4  31.5  31.6  31.6  31.7  31.7  31.8  31.8  31.9 31.90
## 122  31.4  31.5  31.6  31.8  31.9  32.0  32.1  32.2  32.3  32.4  32.5 32.60
## 123  26.3  26.3  26.4  26.4  26.4  26.5  26.5  26.6  26.6  26.6  26.6 26.70
## 124  36.2  36.2  36.3  36.3  36.3  36.3  36.3  36.3  36.3  36.3  36.4 36.40
## 125  53.2  51.9  50.5  47.4  49.6  50.8  51.0  51.7  51.7  50.4  49.0 48.60
## 126  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2  32.2 32.20
## 127  26.3  26.5  26.6  26.7  26.9  27.0  27.2  27.3  26.9  26.6  26.2 25.80
## 128  32.4  32.5  32.5  32.5  32.6  32.6  32.6  32.7  32.7  32.8  32.8 32.80
## 129  33.1  33.1  33.1  33.1  33.1  33.1  33.2  33.2  33.2  33.2  33.2 33.30
## 130  31.9  31.9  32.0  32.0  32.1  32.1  32.2  32.2  32.3  32.3  32.3 32.40
## 131  35.7  35.7  35.7  35.8  35.8  35.8  35.8  35.8  35.9  35.9  35.9 35.90
## 132  35.4  35.3  35.3  35.3  35.2  35.2  35.1  35.1  35.1  35.0  35.0 35.00
## 133  31.0  31.0  31.1  31.1  31.1  31.1  31.1  31.1  31.1  31.2  31.2 31.20
## 134  35.9  35.9  35.9  35.9  35.9  35.9  35.9  36.2  36.5  36.8  37.1 37.40
## 135  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6 35.60
## 136  30.6  30.6  30.6  30.6  30.6  30.5  30.5  30.5  30.5  30.5  30.4 30.40
## 137  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7 35.70
## 138  30.8  30.2  32.2  26.7  29.1  32.8  30.8  34.3  33.2  33.1  31.0 29.90
## 139  32.0  32.0  32.0  32.0  32.0  32.0  32.1  32.1  32.1  32.1  32.1 32.10
## 140  25.9  25.9  26.0  26.1  26.1  26.2  26.2  26.3  26.3  26.4  26.4 26.50
## 141  31.1  31.1  31.2  31.2  31.2  31.2  31.2  31.2  31.3  31.3  31.3 31.30
## 142  32.7  32.8  32.9  32.9  33.0  33.1  33.1  33.2  33.3  33.4  33.4 33.50
## 143  25.7  25.8  25.8  25.9  26.0  26.0  26.1  26.1  26.2  26.3  26.3 26.40
## 144  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.5  35.6  35.6 35.60
## 145  39.4  39.7  39.9  40.2  40.5  40.8  41.0  41.3  41.5  41.8  42.1 42.40
## 146  25.8  25.9  25.9  26.0  26.1  26.2  26.3  26.3  26.4  26.5  26.6 26.60
## 147  34.0  34.1  34.1  34.1  34.1  34.1  34.1  34.1  34.1  34.1  34.1 34.10
## 148  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4 36.40
## 149  36.5  36.5  36.5  36.5  36.5  36.5  36.5  36.5  36.5  36.5  36.5 36.50
## 150  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1 25.10
## 151  29.9  30.0  30.1  30.1  30.2  30.2  30.3  30.4  30.4  30.5  30.5 30.60
## 152  33.8  33.8  33.9  33.9  33.9  34.0  34.0  34.0  34.0  34.1  34.1 34.10
## 153  25.8  25.8  25.9  25.9  25.9  25.9  25.9  25.9  25.9  25.9  25.9 25.90
## 154  27.5  27.6  27.7  27.8  27.9  28.0  28.1  28.2  28.3  28.4  28.5 28.60
## 155  29.5  29.5  29.5  29.5  29.7  30.0  30.3  30.5  30.8  31.0  31.3 31.50
## 156  32.6  32.5  32.5  32.5  32.5  32.5  32.5  32.5  32.5  32.5  32.5 32.50
## 157  28.1  28.1  28.1  28.1  28.1  28.1  28.1  28.1  28.1  28.1  28.1 28.10
## 158  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0 26.00
## 159  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4 31.40
## 160  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9 32.90
## 161  32.5  32.5  32.5  32.5  32.6  32.6  32.6  32.6  32.7  32.7  32.7 32.70
## 162  48.9  47.6  48.5  48.6  49.0  49.2  48.9  50.6  51.5  52.3  52.3 50.50
## 163  41.8  42.4  41.9  43.0  45.0  45.0  43.9  44.7  45.5  46.0  45.2 45.00
## 164  31.3  31.3  31.4  31.4  31.4  31.4  31.5  31.5  31.5  31.5  31.6 31.60
## 165  23.0  23.2  23.4  23.5  23.7  23.9  24.1  24.3  24.5  24.7  24.9 25.10
## 166  32.5  32.6  32.6  32.7  32.7  32.7  32.8  32.8  32.9  32.9  32.9 33.00
## 167  30.5  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.7  30.7  30.7 30.70
## 168  29.4  29.4  29.4  29.5  29.5  29.6  29.6  29.7  29.7  29.8  29.8 29.80
## 169  31.6  31.7  31.7  31.7  31.8  31.8  31.9  31.9  31.9  32.0  32.0 32.00
## 170  28.3  28.3  28.3  28.4  28.4  28.4  28.4  28.4  28.4  28.4  28.4 28.40
## 171  38.9  38.9  38.9  38.9  38.9  38.9  38.9  38.9  38.9  38.9  38.9 38.90
## 172  29.2  29.2  29.2  29.3  29.3  29.4  29.4  29.4  29.5  29.5  29.6 29.60
## 173  35.2  35.2  35.3  35.3  35.3  35.3  35.4  35.4  35.4  35.4  35.5 35.50
## 174  21.2  21.4  21.6  21.8  22.0  22.2  22.4  22.6  22.8  23.0  23.2 23.40
## 175  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3 25.30
## 176  36.5  36.5  36.5  36.5  36.5  36.5  36.5  36.5  36.5  36.5  36.5 36.50
## 177  30.8  30.8  30.8  30.8  30.9  30.9  30.9  30.9  30.9  30.9  30.9 30.90
## 178  44.3  43.8  46.1  44.9  45.1  44.8  45.8  45.3  45.6  46.8  46.3 44.70
## 179  39.4  39.4  40.0  40.6  41.2  41.7  42.3  42.9  43.5  44.1  44.6 45.20
## 180  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9 32.90
## 181  25.8  26.0  26.2  26.4  26.6  26.8  27.0  27.2  27.4  27.6  27.9 28.10
## 182  24.5  24.5  24.6  24.6  24.6  24.6  24.7  24.7  24.7  24.7  24.8 24.80
## 183  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3  32.3 32.30
## 184  31.8  31.7  31.7  31.7  31.6  31.6  31.6  31.6  31.5  31.5  31.5 31.40
## 185  23.4  23.4  23.4  23.4  23.4  23.4  23.4  23.5  23.5  23.5  23.5 23.50
## 186  32.9  32.9  33.0  33.0  33.0  33.1  33.1  33.1  33.2  33.2  33.2 33.30
## 187  33.8  33.8  33.8  33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9 33.90
##     X1891 X1892 X1893 X1894 X1895 X1896 X1897 X1898 X1899 X1900 X1901 X1902
## 1    28.8  28.9 29.00  29.0  29.1  29.1  29.2  29.3  29.3  29.4  29.5  29.5
## 2    35.4  35.4 35.40  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4
## 3    29.8  29.8 29.80  29.9  29.9  30.0  30.0  30.1  30.1  30.2  30.3  30.4
## 4      NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 5    28.4  28.5 28.60  28.6  28.7  28.8  28.8  28.9  29.0  29.0  29.1  29.2
## 6    33.7  33.7 33.70  33.7  33.7  33.7  33.7  33.7  33.8  33.8  33.8  33.8
## 7    33.8  33.6 33.50  33.3  33.2  33.9  34.6  35.3  36.0  36.6  37.2  37.8
## 8    34.7  34.9 35.00  35.2  35.4  35.5  35.7  35.5  35.3  35.1  35.4  35.6
## 9    45.2  45.7 46.30  46.8  47.3  47.9  48.4  48.9  49.5  50.0  50.5  51.0
## 10   37.3  37.8 38.30  38.7  39.2  39.7  40.2  40.6  41.1  41.6  42.0  41.1
## 11   30.1  30.3 30.50  30.6  30.8  31.0  31.2  31.0  30.9  30.7  30.9  31.1
## 12   35.1  35.1 35.10  35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1  35.1
## 13   30.5  30.5 30.50  30.5  30.5  30.5  30.6  30.6  30.6  30.6  30.6  30.6
## 14   21.3  20.7 22.00  21.8  21.6  19.6  18.6  21.4  21.4  21.3  21.2  21.2
## 15   32.6  32.6 32.60  32.6  32.7  32.7  32.7  32.7  32.7  32.8  32.8  32.8
## 16   36.1  36.1 36.10  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.7  37.3
## 17   44.1  43.2 44.50  46.7  45.5  48.1  48.8  48.1  46.5  46.6  49.5  49.2
## 18   26.6  26.6 26.60  26.6  26.6  26.6  26.6  26.6  26.6  26.6  26.6  26.6
## 19   31.7  31.7 31.80  31.8  31.8  31.9  31.9  31.9  32.0  32.0  32.0  32.1
## 20   30.7  30.8 30.90  31.0  31.1  31.2  31.3  31.4  31.5  31.6  31.7  31.8
## 21   33.6  33.6 33.70  33.7  33.7  33.8  33.8  33.8  33.9  33.9  33.9  33.9
## 22   35.3  35.3 35.30  35.3  35.3  35.3  35.3  35.4  35.4  35.4  35.4  35.4
## 23   33.7  33.7 33.70  33.7  33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8
## 24   32.2  32.2 32.20  32.2  32.2  32.2  32.2  32.2  32.3  32.3  32.3  32.3
## 25   28.8  28.8 28.80  28.7  28.7  28.7  28.7  28.7  28.6  28.6  28.6  28.6
## 26   39.8  39.9 39.90  39.9  40.0  40.0  40.1  40.1  40.1  40.2  41.4  42.5
## 27   30.1  30.1 30.10  30.2  30.2  30.3  30.3  30.3  30.4  30.4  30.5  30.5
## 28   31.7  31.7 31.80  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.9
## 29   35.6  35.6 35.60  35.6  35.7  35.7  35.7  35.8  35.8  35.8  35.8  35.9
## 30   29.4  29.4 29.50  29.5  29.5  29.6  29.6  29.6  29.6  29.7  29.7  29.7
## 31   45.2  45.5 45.90  46.2  46.6  46.9  47.3  47.6  47.9  48.3  48.6  49.0
## 32   34.8  34.9 34.90  35.0  35.0  35.0  35.1  35.1  35.2  35.2  35.3  35.3
## 33   30.8  30.8 30.90  30.9  30.9  31.0  31.0  31.1  31.1  31.1  31.2  31.2
## 34   32.1  32.2 32.30  32.3  32.4  32.5  32.5  32.6  32.6  32.7  32.8  32.8
## 35   32.1  32.1 32.10  32.1  32.1  32.1  32.1  32.2  32.2  32.2  32.2  32.2
## 36   32.0  32.0 32.00  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 37   32.6  32.6 32.60  32.6  32.7  32.7  32.7  32.8  32.8  32.8  32.8  32.9
## 38   32.5  32.5 32.60  32.6  32.6  32.6  32.6  32.7  32.7  32.7  32.7  32.7
## 39   32.6  32.6 32.70  32.7  32.8  32.8  32.9  32.9  33.0  33.0  33.0  33.1
## 40   32.1  32.1 32.00  32.0  32.0  31.9  31.9  31.9  31.9  31.8  31.8  31.8
## 41   31.2  31.6 32.10  32.5  32.9  33.3  33.8  34.2  34.6  35.0  35.1  35.1
## 42   32.2  32.3 32.30  32.4  32.4  32.5  32.5  32.6  32.6  32.7  32.7  32.8
## 43   36.1  36.1 36.10  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1
## 44   35.6  31.4 27.30  23.1  22.3  21.5  20.7  19.9  19.1  33.4  33.6  33.9
## 45   38.4  38.4 38.40  38.3  38.3  39.0  39.6  40.3  40.9  41.5  42.2  42.8
## 46   35.0  35.0 35.00  35.0  35.9  36.7  37.6  38.5  39.4  40.2  40.6  41.0
## 47   46.8  47.5 47.10  49.4  50.9  53.0  51.8  53.1  50.7  51.9  52.6  54.7
## 48   31.1  31.2 31.20  31.3  31.4  31.4  31.5  31.5  31.6  31.6  31.7  31.8
## 49     NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 50   30.7  30.8 30.80  30.8  30.9  30.9  30.9  31.0  31.0  31.1  31.1  31.1
## 51   33.6  33.6 33.70  33.7  33.7  33.8  33.8  33.8  33.9  33.9  33.9  34.0
## 52   32.8  32.8 32.80  32.8  32.8  32.8  32.8  32.8  32.7  32.7  32.7  32.7
## 53   29.0  29.1 29.10  29.1  29.1  29.1  29.1  29.2  29.2  29.2  29.2  29.2
## 54   30.5  30.6 30.60  30.6  30.6  30.7  30.7  30.8  30.8  30.8  30.9  30.9
## 55   30.5  30.5 30.60  30.6  30.6  30.6  30.6  30.6  30.6  30.7  30.7  30.7
## 56   42.4  42.5 42.70  42.8  43.0  43.0  43.0  43.0  43.0  43.1  43.5  43.9
## 57    8.0  14.0 29.70  29.7  29.5  28.7  29.7  29.7  29.7  29.7  29.7  29.7
## 58   26.7  26.8 26.80  26.8  26.9  26.9  26.9  26.9  27.0  27.0  27.0  27.1
## 59   42.5  39.7 43.30  45.2  47.6  46.5  48.1  48.0  44.4  41.8  42.8  46.2
## 60   44.1  43.6 43.60  45.6  45.2  47.6  48.0  46.0  45.3  45.1  47.0  48.0
## 61   31.4  31.4 31.50  31.5  31.6  31.6  31.6  31.7  31.7  31.8  31.8  31.8
## 62   31.3  31.4 31.60  31.7  31.8  31.9  32.0  32.1  32.3  32.4  32.5  32.6
## 63   32.8  33.0 33.20  33.3  33.5  33.7  33.9  33.7  33.5  33.4  33.6  33.8
## 64   41.2  41.5 41.80  42.1  42.4  42.7  43.0  43.3  43.6  43.9  44.3  44.6
## 65   28.8  28.8 28.80  28.9  28.9  28.9  29.0  29.0  29.0  29.1  29.1  29.1
## 66   38.7  38.9 39.10  39.3  39.5  39.6  39.9  40.1  40.3  40.5  40.7  41.0
## 67   37.6  37.6 37.60  37.6  37.6  37.6  37.6  37.6  37.7  37.7  37.7  37.7
## 68   25.6  25.5 25.50  25.5  25.5  25.5  25.5  25.5  25.5  25.4  25.4  25.4
## 69   31.9  32.0 32.10  32.1  32.2  32.3  32.4  32.5  32.5  32.6  32.7  32.8
## 70   31.4  31.3 31.30  31.3  31.3  31.2  31.2  31.2  31.1  31.1  31.1  31.0
## 71   31.4  31.4 31.40  31.4  31.4  31.5  31.5  31.5  31.5  31.5  31.5  31.5
## 72   28.8  28.8 28.80  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8  28.8
## 73   34.7  34.8 34.80  34.9  34.9  34.9  35.0  35.0  35.1  35.1  35.1  35.2
## 74   36.1  36.3 36.40  36.5  36.6  36.8  36.9  37.0  37.2  37.3  37.5  37.8
## 75   47.5  52.7 52.60  44.8  52.5  53.2  48.5  44.2  49.8  46.6  53.0  50.5
## 76   23.1  22.7 24.20  24.1  24.0  22.8  19.9  25.8  23.4  18.4  23.1  23.7
## 77   30.2  30.2 30.20  30.2  30.2  30.2  30.3  30.3  30.3  30.3  30.3  30.3
## 78   26.1  26.1 26.10  26.2  26.2  26.2  26.2  26.3  26.3  26.3  26.3  26.4
## 79   31.4  31.5 31.50  31.5  31.5  31.5  31.5  31.5  31.5  31.6  31.6  31.6
## 80   46.8  47.0 47.30  47.6  47.9  48.1  48.4  48.6  48.9  49.2  49.5  49.9
## 81   32.0  32.0 32.00  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 82   38.5  38.8 39.80  39.9  39.6  40.7  43.3  42.3  43.7  41.7  43.5  43.0
## 83   37.4  39.3 38.70  39.1  37.5  37.8  37.2  39.3  37.8  38.0  38.3  40.6
## 84   37.8  37.9 38.00  38.1  38.2  38.3  38.4  38.5  38.6  38.7  38.8  39.0
## 85   31.9  31.9 31.90  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9  31.9
## 86   27.6  27.8 28.00  28.2  28.4  28.6  28.8  28.7  28.5  28.4  28.6  28.9
## 87   26.1  26.2 26.20  26.2  26.3  26.3  26.3  26.3  26.4  26.4  26.4  26.5
## 88   25.3  25.3 25.30  25.3  25.4  25.4  25.4  25.4  25.4  25.4  25.5  25.5
## 89   26.3  26.3 26.30  26.3  26.3  26.3  26.3  26.3  26.4  26.4  26.4  26.4
## 90   25.1  25.3 25.50  25.7  25.9  26.1  26.3  26.1  25.9  25.8  26.0  26.3
## 91   31.2  31.2 31.20  31.1  31.1  31.1  31.1  31.0  31.0  31.0  30.9  30.9
## 92   43.3  43.6 44.00  44.3  44.6  45.0  45.3  45.6  45.9  46.2  46.6  46.9
## 93   29.9  29.9 29.90  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9  29.9
## 94   33.8  33.8 33.80  33.9  33.9  34.0  34.0  34.1  34.1  34.2  34.2  34.3
## 95   32.3  32.4 32.50  32.5  32.6  32.6  32.7  32.8  32.8  32.9  32.9  33.0
## 96   34.2  34.3 34.30  34.4  34.4  34.5  34.5  34.6  34.6  34.7  34.8  34.8
## 97   37.9  38.3 38.70  39.1  39.6  40.0  40.4  40.9  41.3  41.7  42.1  42.4
## 98   43.0  43.5 44.00  44.6  45.1  45.6  46.1  46.6  47.1  47.6  48.1  48.2
## 99   31.3  31.4 31.40  31.5  31.5  31.5  31.6  31.6  31.7  31.7  31.7  31.8
## 100  30.7  30.8 30.80  30.8  30.8  30.8  30.9  30.9  30.9  30.9  30.9  31.0
## 101  30.6  30.6 30.60  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6
## 102  32.1  32.1 32.10  32.0  32.0  32.0  32.0  32.0  31.9  31.9  31.9  31.9
## 103  27.7  27.7 27.80  27.9  27.9  28.0  28.0  28.1  28.1  28.2  28.3  28.3
## 104  37.6  38.1 38.60  39.1  39.5  40.0  40.5  40.9  41.4  41.9  42.4  42.8
## 105    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 106  32.6  32.7 32.70  32.8  32.8  32.8  32.8  32.9  32.9  32.9  33.0  33.0
## 107  35.2  27.8 23.00  33.1  25.8  22.0  32.3  30.2  27.0  26.1  23.7  28.5
## 108  25.8  24.6 23.40  26.7  29.6  28.9  26.3  27.1  25.1  27.7  26.7  28.5
## 109  26.6  26.6 26.50  26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5  26.5
## 110  33.0  33.0 33.00  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 111  31.6  31.6 31.50  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.4  31.4
## 112  35.6  35.6 35.60  35.6  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7
## 113  33.4  33.4 33.40  33.4  33.5  33.5  33.5  33.5  33.5  33.5  33.5  33.5
## 114  31.6  31.6 31.70  31.8  31.8  31.9  31.9  32.0  32.0  32.1  32.2  32.2
## 115  30.1  30.1 30.10  30.0  30.0  30.0  29.9  29.9  29.9  29.9  29.8  29.8
## 116  33.2  33.2 33.20  33.3  33.3  33.4  33.4  33.4  33.5  33.5  33.5  33.6
## 117  34.0  34.0 34.10  34.1  34.2  34.2  34.3  34.3  34.4  34.4  34.5  34.5
## 118  44.3  44.0 45.80  47.0  46.7  48.6  49.4  49.1  49.4  48.4  48.8  50.6
## 119  43.4  43.9 44.30  44.8  45.2  45.6  46.1  46.5  47.0  47.4  47.9  48.3
## 120  25.7  25.8 25.80  25.8  25.8  25.8  25.8  25.9  25.9  25.9  25.9  25.9
## 121  32.0  32.1 32.10  32.2  32.2  32.3  32.4  32.4  32.5  32.5  32.6  32.6
## 122  32.8  32.9 33.00  33.1  33.2  33.3  33.4  33.5  33.7  33.8  33.9  34.0
## 123  26.7  26.8 26.80  26.8  26.9  26.9  26.9  27.0  27.0  27.0  27.1  27.1
## 124  36.4  36.4 36.40  36.4  36.4  36.5  36.5  36.5  36.5  36.5  36.5  36.5
## 125  49.8  49.6 51.40  50.6  52.8  53.8  53.7  53.9  51.6  53.4  54.5  56.4
## 126  32.2  32.2 32.10  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1  32.1
## 127  25.4  23.8 24.70  24.3  23.9  23.5  23.3  23.1  22.9  21.4  22.6  22.4
## 128  32.9  32.9 33.00  33.0  33.0  33.1  33.1  33.1  33.2  33.2  33.2  33.3
## 129  33.3  33.3 33.30  33.3  33.3  33.4  33.4  33.4  33.4  33.4  33.5  33.5
## 130  32.4  32.5 32.50  32.6  32.6  32.6  32.7  32.7  32.8  32.8  32.9  32.9
## 131  35.9  36.0 36.00  36.0  36.0  36.0  36.1  36.1  36.1  36.1  36.1  36.2
## 132  34.9  34.9 34.90  34.8  34.8  34.8  34.7  34.7  34.6  34.6  34.6  34.5
## 133  31.2  31.2 31.20  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.4  12.9
## 134  37.7  38.0 38.30  38.6  39.0  39.3  39.5  39.9  40.2  40.5  40.8  41.1
## 135  35.6  35.6 35.60  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6
## 136  30.4  30.4 30.40  30.4  30.3  30.3  30.3  30.3  30.3  30.2  30.2  30.2
## 137  35.7  35.7 35.70  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7  35.7
## 138  26.4  21.3 27.60  28.1  26.9  28.3  30.5  27.9  31.6  30.8  29.1  29.8
## 139  32.2  32.2 32.20  32.2  32.2  32.3  28.4  27.4  26.4  25.4  24.4  23.4
## 140  26.6  26.6 26.70  26.7  26.8  26.8  26.9  26.9  27.0  27.1  27.1  27.2
## 141  31.3  31.3 31.30  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.4  31.5
## 142  33.6  33.6 33.70  33.8  33.9  33.9  34.0  34.1  34.1  34.2  34.3  34.3
## 143  26.4  26.5 26.50  26.6  26.7  26.7  26.8  26.8  26.9  26.9  27.0  27.1
## 144  35.6  35.6 35.60  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6
## 145  42.6  42.9 43.20  43.4  43.7  44.0  44.2  44.5  44.8  45.0  45.3  45.6
## 146  26.7  26.8 26.90  26.9  27.0  27.1  27.2  27.2  27.3  27.4  27.5  27.5
## 147  34.1  34.1 34.10  34.1  34.1  34.1  34.2  34.2  34.2  34.2  34.2  34.2
## 148  36.4  36.4 36.40  36.4  36.4  36.7  37.0  37.3  37.6  37.9  38.2  38.5
## 149  36.5  36.5 36.50  36.5  36.5  36.5  36.4  36.4  36.4  36.4  36.4  36.4
## 150  25.1  25.1 25.10  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1  25.1
## 151  30.6  30.7 30.80  30.8  30.9  30.9  31.0  31.1  31.1  31.2  31.2  31.3
## 152  34.2  34.2 34.20  34.3  34.3  34.3  34.4  34.4  34.4  34.5  34.5  34.5
## 153  25.9  25.9 25.90  25.9  25.9  25.9  25.9  25.9  25.9  25.9  25.9  25.9
## 154  28.7  28.8 28.90  29.0  29.1  29.2  29.3  29.4  29.5  29.6  29.6  29.8
## 155  31.8  32.1 32.40  32.7  33.1  33.4  33.7  34.1  34.4  34.7  35.6  36.4
## 156  32.5  32.5 32.50  32.5  32.5  32.5  32.5  32.5  32.5  32.5  32.5  32.5
## 157  28.1  28.1 28.10  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2  28.2
## 158  26.0  26.0 26.00  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0
## 159  31.4  31.4 31.40  31.4  31.4  31.5  31.5  31.5  31.5  31.5  31.5  31.5
## 160  32.9  32.9 32.90  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 161  32.8  32.8 32.80  32.8  32.8  32.9  32.9  32.9  32.9  32.9  33.0  33.0
## 162  51.1  50.6 51.40  52.1  54.1  53.5  54.1  54.7  50.9  52.3  52.9  54.7
## 163  44.7  47.3 46.10  45.8  46.9  48.9  49.1  48.2  49.3  47.5  49.0  50.5
## 164  31.6  31.6 31.60  31.7  31.7  31.7  31.7  31.8  31.8  31.8  31.8  31.9
## 165  25.3  25.4 25.60  25.8  26.0  26.2  26.4  26.2  26.0  25.9  26.1  26.4
## 166  33.0  33.0 33.10  33.1  33.2  33.2  33.2  33.3  33.3  33.4  33.4  33.4
## 167  30.7  30.7 30.80  30.8  30.8  30.8  30.8  30.8  30.8  30.9  30.9  30.9
## 168  29.9  29.9 30.00  30.0  30.1  30.1  30.1  30.2  30.2  30.3  30.3  30.4
## 169  32.1  32.1 32.10  32.2  32.2  32.3  32.3  32.3  32.4  32.4  32.4  32.5
## 170  28.4  28.5  8.08  28.5  28.5  28.5  28.5  28.5  28.6  28.6  28.6  28.6
## 171  39.0  39.0 39.00  39.0  39.0  39.0  39.0  39.0  39.0  39.0  39.0  39.0
## 172  29.6  29.7 29.70  29.8  29.8  29.8  29.9  29.9  29.9  30.0  30.0  30.1
## 173  35.5  35.5 35.50  35.6  35.6  35.6  35.6  35.7  35.7  35.7  35.7  35.8
## 174  23.6  23.8 24.00  24.2  24.4  24.6  24.8  24.6  24.5  24.3  24.5  24.8
## 175  25.3  25.3 25.30  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3
## 176  36.5  36.4 36.40  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.8  37.2
## 177  30.9  30.9 31.00  31.0  31.0  31.0  31.0  31.0  31.0  31.0  31.1  31.1
## 178  44.3  45.5 44.90  48.3  45.7  47.4  47.2  47.0  46.1  46.3  47.9  49.1
## 179  45.6  46.0 46.30  46.7  47.1  47.5  47.8  48.2  48.6  49.0  49.3  50.5
## 180  32.9  32.9 32.90  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 181  28.3  28.5 28.70  28.9  29.1  29.3  29.5  29.4  29.2  29.0  29.3  29.5
## 182  24.8  24.8 24.90  24.9  24.9  24.9  24.9  25.0  25.0  25.0  25.0  25.1
## 183  32.3  32.4 32.40  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4  32.4
## 184  31.4  31.4 31.40  31.3  31.3  31.3  31.2  31.2  31.2  31.2  31.1  31.1
## 185  23.5  23.5 23.50  23.5  23.5  23.5  23.5  23.5  23.5  23.5  23.5  23.5
## 186  33.3  33.3 33.40  33.4  33.4  33.5  33.5  33.5  33.5  33.6  33.6  33.6
## 187  34.0  34.0 34.00  34.0  34.0  34.0  34.0  34.0  34.0  34.1  34.1  34.1
##     X1903 X1904 X1905 X1906 X1907 X1908 X1909 X1910 X1911 X1912 X1913 X1914
## 1    29.6 29.70  29.7  29.8  29.9  29.9  30.0  30.0  30.1  30.2  30.2  30.3
## 2    35.4 35.40  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4
## 3    31.4 25.40  28.1  29.6  29.5  29.5  31.0  32.7  32.4  33.8  31.6  31.1
## 4      NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 5    29.3 29.30  29.4  29.4  29.5  29.6  29.7  29.7  29.8  29.9  29.9  30.0
## 6    33.8 33.80  33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.8  33.9  33.9
## 7    38.4 38.90  39.5  40.3  41.0  41.8  42.5  43.3  43.8  44.3  44.9  45.4
## 8    35.8 36.00  36.2  36.5  36.7  36.9  37.1  37.3  40.2  40.6  38.4  38.0
## 9    51.6 52.10  52.6  53.2  53.7  54.2  54.8  55.3  55.8  56.4  56.9  57.4
## 10   40.1 40.80  41.4  42.0  42.6  43.3  43.9  44.5  45.2  45.7  46.3  46.9
## 11   31.4 31.60  31.8  32.1  32.3  32.5  32.8  33.0  35.9  36.3  34.1  33.7
## 12   35.1 35.10  35.1  35.1  35.1  35.1  35.1  35.1  35.0  35.0  35.0  35.0
## 13   30.6 30.60  30.6  30.6  30.6  30.7  30.7  30.7  30.7  30.7  30.7  30.7
## 14   21.1 21.10  21.0  20.9  21.1  21.2  21.4  21.5  21.7  21.8  22.0  22.1
## 15   32.8 32.90  32.9  32.9  32.9  32.9  33.0  33.0  33.0  33.0  33.0  33.1
## 16   37.9 38.50  39.1  39.7  40.3  40.9  41.5  42.1  42.7  43.3  43.9  42.7
## 17   49.3 49.30  50.0  49.8  51.1  49.7  50.7  51.4  49.3  52.3  52.5  42.0
## 18   26.7 26.70  26.7  26.7  26.7  26.7  26.7  26.7  27.3  27.8  28.4  29.0
## 19   32.1 32.10  32.2  32.2  32.2  32.3  32.3  32.4  32.4  32.4  32.5  32.5
## 20   31.9 31.90  32.0  32.1  32.2  32.3  32.4  32.5  32.6  32.7  32.8  32.9
## 21   34.0 34.00  34.0  34.0  34.1  34.1  34.1  34.2  34.2  34.2  34.3  34.3
## 22   35.4 35.40  35.4  35.4  35.4  35.4  35.5  35.5  35.5  35.5  35.5  35.5
## 23   33.8 33.80  33.8  33.8  33.8  33.8  33.8  33.8  33.9  33.9  33.9  33.9
## 24   32.3 32.30  32.3  32.3  32.3  32.3  32.3  32.4  32.4  32.4  32.4  32.4
## 25   28.6 28.60  28.5  28.5  28.5  28.5  28.5  28.4  28.4  29.1  29.8  30.4
## 26   42.8 43.00  43.3  43.4  43.4  43.5  43.6  43.7  43.7  43.8  43.9  44.0
## 27   30.5 30.60  30.6  30.7  30.7  30.7  30.8  30.8  30.9  30.9  30.9  31.0
## 28   31.9 31.90  31.9  31.9  31.9  31.9  31.9  31.9  31.9  32.0  32.0  32.0
## 29   35.9 35.90  36.0  36.0  36.0  36.0  36.1  36.1  36.1  36.1  36.2  36.2
## 30   29.8 29.80  29.8  29.9  29.9  29.9  29.9  30.0  30.0  30.0  30.1  30.1
## 31   49.4 49.80  50.2  50.6  51.0  51.4  51.7  52.1  52.5  53.0  53.4  53.9
## 32   35.4 35.40  35.5  35.5  35.6  35.6  35.7  35.7  35.8  35.8  35.9  35.9
## 33   31.3 31.30  31.3  31.4  31.4  31.4  31.5  31.5  31.6  31.6  31.6  31.7
## 34   32.9 32.90  33.0  33.0  33.1  33.2  33.2  33.3  33.4  33.4  33.5  33.5
## 35   31.9 31.60  31.3  31.0  30.7  31.0  31.3  31.6  31.9  32.1  32.2  32.3
## 36   32.0 32.00  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 37   32.9 32.90  32.9  33.0  33.0  33.0  33.0  33.1  33.1  33.1  33.1  33.2
## 38   32.8 32.80  32.8  32.8  32.9  32.9  32.9  32.9  32.9  33.0  33.0  33.0
## 39   33.1 33.20  33.2  33.3  33.3  33.4  33.4  33.5  33.5  33.6  33.6  33.6
## 40   31.7 31.70  31.7  31.6  31.6  31.6  31.6  31.5  31.5  31.5  31.4  31.4
## 41   35.2 35.20  35.3  35.3  35.4  35.4  35.5  35.5  35.5  35.6  35.6  35.6
## 42   32.8 32.90  32.9  33.0  33.0  33.1  33.1  33.2  33.2  33.3  33.3  33.4
## 43   36.1 36.10  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1  36.1
## 44   34.1 34.30  34.5  34.8  35.0  35.2  35.4  35.6  35.9  36.1  36.3  36.6
## 45   43.4 44.10  44.7  44.9  45.2  45.4  45.6  45.9  46.1  46.4  46.6  46.8
## 46   41.4 41.80  42.2  42.6  43.0  43.5  43.9  44.3  44.8  45.4  45.9  46.5
## 47   54.8 55.80  54.4  56.5  56.1  54.9  57.4  58.0  56.9  58.0  58.9  58.5
## 48   31.8 31.90  31.9  32.0  32.0  32.1  32.2  32.2  32.3  32.3  32.4  32.5
## 49     NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 50   31.2 31.20  31.3  31.3  31.3  31.4  31.4  31.4  31.5  31.5  31.6  31.6
## 51   34.0 34.00  34.1  34.1  34.1  34.1  34.2  34.2  34.3  34.3  34.3  34.4
## 52   32.7 32.70  32.7  32.7  32.7  32.7  32.7  32.6  32.6  32.6  32.6  32.6
## 53   29.2 29.30  29.3  29.3  29.3  29.3  29.3  29.4  29.4  29.4  29.4  29.4
## 54   30.9 31.00  31.0  31.0  31.1  31.1  31.1  31.2  31.2  31.2  31.3  31.3
## 55   30.7 30.70  30.7  30.8  30.8  30.8  30.8  30.8  30.8  30.9  30.9  30.9
## 56   44.3 44.60  45.0  45.4  45.8  46.2  46.6  47.0  47.4  47.7  48.1  47.4
## 57   29.7 29.70  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7
## 58   27.1 27.10  27.2  27.2  27.2  27.3  27.3  27.3  27.3  27.4  27.4  27.4
## 59   46.6 47.20  46.0  47.0  46.9  46.1  48.6  48.5  48.7  49.1  49.0  49.7
## 60   48.5 48.10  48.4  47.8  48.3  49.4  50.1  51.4  48.2  51.7  51.4  37.9
## 61   31.9 31.90  32.0  32.0  32.0  32.1  32.1  32.1  32.2  32.2  32.3  32.3
## 62   32.8 32.90  33.0  33.1  33.2  33.3  33.5  33.6  33.7  33.8  33.9  34.1
## 63   34.1 34.30  34.5  34.8  35.0  35.2  35.5  35.7  38.6  39.0  36.8  36.4
## 64   44.9 45.20  45.5  46.1  46.7  47.3  47.9  48.5  49.0  49.6  50.2  46.2
## 65   29.2 29.20  29.2  29.3  29.3  29.4  29.4  29.4  29.5  29.5  29.5  29.6
## 66   41.1 41.30  41.5  41.7  41.9  42.1  42.4  42.7  43.0  43.3  43.6  43.9
## 67   37.7 37.70  37.7  37.8  37.8  37.8  37.8  37.8  37.8  37.8  37.8  37.9
## 68   25.4 25.40  25.4  25.4  25.4  25.3  25.3  25.3  25.3  25.3  25.3  25.3
## 69   32.9 33.00  33.0  33.1  33.2  33.3  33.4  33.4  33.5  33.6  33.7  33.8
## 70   31.0 31.00  30.9  30.9  30.9  30.9  30.8  30.8  30.8  30.7  30.7  30.7
## 71   31.6 31.60  31.6  31.6  31.6  31.6  31.6  31.6  31.6  32.0  32.4  32.8
## 72   28.7 28.70  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7  28.7
## 73   35.2 35.30  35.3  35.3  35.4  35.4  35.5  35.5  35.5  35.6  35.6  35.7
## 74   38.0 38.30  38.5  38.8  39.0  39.2  39.5  39.7  40.0  40.2  40.4  40.6
## 75   48.8 52.60  49.5  53.6  49.7  45.8  52.3  52.6  55.5  56.0  58.9  51.9
## 76   23.5 22.10  22.0  22.0  19.3  23.4  23.3  23.3  23.3  23.5  23.7  23.9
## 77   30.3 30.30  30.3  30.3  30.3  30.4  30.4  30.4  30.4  30.4  30.4  30.4
## 78   26.4 26.40  26.4  26.4  26.5  26.5  26.5  26.5  26.6  26.6  26.6  26.6
## 79   31.6 31.60  31.6  31.6  31.6  31.6  31.7  31.7  31.7  31.7  31.7  31.7
## 80   50.3 50.80  51.2  51.7  52.1  52.5  53.0  53.4  53.9  54.1  54.4  54.6
## 81   32.0 32.00  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 82   43.1 44.40  43.9  45.1  45.4  43.2  44.7  46.7  44.8  49.0  48.5  49.9
## 83   34.8 33.80  37.8  32.6  29.7  37.0  37.5  36.9  38.1  34.6  37.8  38.5
## 84   39.1 39.20  39.3  39.5  39.6  39.8  40.0  40.1  40.3  40.5  40.7  40.9
## 85   31.9 31.90  31.9  31.9  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 86   29.1 29.40  29.6  29.9  30.2  30.4  30.7  31.0  34.0  34.4  32.2  31.8
## 87   26.5 26.50  26.6  26.6  26.6  26.6  26.7  26.7  26.7  26.8  26.8  26.8
## 88   25.5 25.50  25.5  25.6  25.6  25.6  25.6  25.6  25.6  25.7  25.7  25.7
## 89   26.4 26.40  26.4  26.4  26.4  26.5  26.5  26.5  26.5  26.5  26.5  26.5
## 90   26.5 26.80  27.0  27.2  27.5  27.7  28.0  28.2  31.2  31.6  29.4  29.0
## 91   30.9 30.80  30.8  30.8  30.8  30.7  30.7  30.6  30.6  30.6  30.6  30.5
## 92   47.2 47.50  47.8  48.1  48.4  48.8  49.1  49.4  49.7  50.0  50.3  49.6
## 93   29.9 29.90  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0  30.0
## 94   34.3 34.30  34.4  34.4  34.5  34.5  34.6  34.6  34.6  34.7  34.7  34.8
## 95   33.1 33.10  33.2  33.2  33.3  33.4  33.4  33.5  33.5  33.6  33.6  33.7
## 96   34.9 34.90  35.0  35.0  35.1  35.1  35.2  35.2  35.3  35.4  35.4  35.5
## 97   42.8 43.10  43.5  43.8  44.2  44.5  44.9  45.2  45.6  45.9  46.3  45.7
## 98   47.1 45.00  46.4  46.8  49.2  46.6  48.0  49.9  46.6  49.1  50.5  50.3
## 99   31.8 31.90  31.9  31.9  32.0  32.0  32.1  32.1  32.1  32.2  32.2  32.3
## 100  31.0 31.00  31.0  31.0  31.1  31.1  31.1  31.1  31.1  31.2  31.2  31.2
## 101  30.6 30.60  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6
## 102  31.8 31.80  31.8  31.8  31.7  31.7  31.7  31.7  31.6  31.6  31.6  31.6
## 103  28.4 28.40  28.5  28.6  28.6  28.7  28.7  28.8  28.9  28.9  29.0  29.0
## 104  43.3 43.80  44.2  44.7  45.2  45.6  46.1  46.6  47.0  47.5  48.0  48.5
## 105    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 106  33.0 33.10  33.1  33.1  33.1  33.2  33.2  33.3  33.3  33.3  33.3  33.4
## 107  23.6 30.10  23.1  23.5  27.7  23.3  25.8  28.6  29.4  24.8  27.5  30.1
## 108  28.8 29.20  26.9  28.0  28.1  28.8  29.3  27.5  28.0  28.4  28.8  29.3
## 109  26.5 26.50  26.5  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4  26.4
## 110  32.9 32.90  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8  32.8
## 111  31.4 31.40  31.4  31.4  31.4  31.4  31.4  31.4  31.3  31.3  31.3  31.3
## 112  35.8 35.80  35.8  35.8  35.8  35.8  35.8  35.8  35.8  35.9  35.9  35.9
## 113  33.6 33.60  33.6  33.6  33.6  33.6  33.6  33.7  33.7  33.7  33.7  33.7
## 114  32.3 32.40  32.4  32.5  32.5  32.6  32.7  32.7  32.8  32.9  32.9  33.0
## 115  29.8 29.70  29.7  29.7  29.6  29.6  29.6  29.5  29.5  29.5  29.4  29.4
## 116  30.1  5.19  10.4  20.8  28.1  33.8  33.8  33.9  33.9  33.9  34.0  34.0
## 117  34.6 34.70  34.7  34.8  34.8  34.9  34.9  35.0  35.0  35.1  35.1  35.2
## 118  51.5 50.90  52.1  52.8  53.6  52.8  55.0  55.2  53.2  57.3  57.4  57.3
## 119  48.8 49.20  49.7  50.1  50.5  51.0  51.4  51.9  52.3  52.8  53.2  53.7
## 120  25.9 25.90  26.0  26.0  26.0  26.0  26.0  26.0  26.1  26.1  26.1  26.1
## 121  32.7 32.80  32.8  32.9  32.9  33.0  33.0  33.1  33.2  33.2  33.3  33.3
## 122  34.1 34.20  34.3  34.5  34.6  34.7  34.8  34.9  35.0  35.1  35.2  35.4
## 123  27.1 26.60  26.1  25.7  25.2  24.7  25.0  25.4  25.7  26.1  26.4  26.9
## 124  36.5 36.50  36.6  36.6  36.6  36.6  36.6  36.6  36.6  36.7  36.7  36.7
## 125  54.9 56.00  55.0  56.8  56.4  56.2  57.4  57.9  58.0  57.7  58.2  57.7
## 126  32.1 32.10  32.1  32.1  32.1  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 127  22.2 20.60  20.4  20.3  18.1  22.3  22.6  22.9  23.2  23.6  23.9  24.2
## 128  33.3 33.40  33.4  33.4  33.5  33.5  33.5  33.6  33.6  33.6  33.7  33.7
## 129  33.5 33.50  33.5  33.5  33.5  33.6  33.6  33.6  33.6  33.6  33.7  33.7
## 130  33.0 33.00  33.0  33.1  33.1  33.2  33.2  33.3  33.3  33.4  33.4  33.5
## 131  36.2 36.20  36.2  36.2  36.3  36.3  36.3  36.3  36.3  36.4  36.4  36.4
## 132  34.5 34.50  34.4  34.4  34.4  34.3  34.3  34.2  34.2  34.2  34.1  34.1
## 133  20.3 31.40  31.4  31.4  31.4  31.4  31.5  31.5  31.5  31.5  31.5  31.5
## 134  41.4 41.70  42.0  42.3  42.6  42.9  43.2  43.5  43.8  44.1  44.4  44.7
## 135  35.6 35.60  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6
## 136  30.2 30.20  30.1  30.1  30.1  30.1  30.1  30.1  30.0  30.0  30.0  30.0
## 137  35.7 35.70  35.7  35.7  35.7  35.8  35.8  35.8  35.8  35.8  35.8  35.8
## 138  31.8 32.20  30.5  32.0  33.6  33.6  32.4  31.4  35.1  35.5  33.3  33.0
## 139  22.4 32.40  32.4  26.5  25.5  24.5  32.5  32.5  32.5  32.5  32.5  32.6
## 140  27.2 27.30  27.3  27.4  27.4  27.5  27.6  27.6  27.7  27.7  27.8  27.8
## 141  31.5 31.50  31.5  31.5  31.5  31.6  31.6  31.6  31.6  31.6  31.6  31.6
## 142  34.4 34.50  34.5  34.6  34.7  34.8  34.8  34.9  35.0  35.0  35.1  35.2
## 143  27.1 27.20  27.2  27.3  27.4  27.4  27.5  27.5  27.6  27.6  27.7  27.8
## 144  35.6 35.60  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  35.6  25.1
## 145  45.9 46.10  46.4  46.7  46.9  47.2  47.5  47.7  48.0  48.3  48.6  48.8
## 146  27.6 27.70  27.8  27.9  27.9  28.0  28.1  28.2  28.2  28.3  28.4  28.5
## 147  34.2 34.20  34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.2  34.3  34.3
## 148  38.8 39.10  39.4  39.7  40.0  40.3  40.6  40.9  41.2  41.5  41.8  42.1
## 149  36.4 36.40  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4  36.4
## 150  25.1 25.10  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2
## 151  31.4 31.40  31.5  31.5  31.6  31.7  31.7  31.8  31.8  31.9  32.0  32.0
## 152  34.6 34.60  34.6  34.6  34.7  34.7  34.8  34.8  34.8  34.9  34.9  34.9
## 153  25.9 25.50  25.0  24.6  24.1  23.6  23.9  24.3  24.6  24.9  25.1  25.7
## 154  29.8 29.90  30.0  30.1  30.2  30.3  30.4  30.5  30.6  30.7  30.8  30.9
## 155  37.2 38.00  38.9  39.7  40.5  41.4  41.0  40.8  39.7  43.4  42.5  42.7
## 156  33.9 34.70  32.4  26.9  30.0  30.4  29.8  32.6  27.1  28.8  31.8  29.0
## 157  28.2 28.20  28.2  28.2  28.2  28.3  28.3  28.3  28.3  28.3  28.3  28.3
## 158  26.0 26.00  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0  26.0
## 159  31.5 31.50  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5
## 160  32.9 32.90  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 161  33.0 33.00  33.0  33.1  33.1  33.1  33.1  33.1  33.2  33.2  33.2  33.2
## 162  55.1 55.40  54.5  56.7  57.0  56.4  58.4  57.8  58.0  57.8  58.7  58.2
## 163  50.1 49.20  49.7  50.8  51.3  52.3  51.7  53.0  51.8  54.5  54.3  55.2
## 164  31.9 31.90  31.9  31.9  32.0  32.0  32.0  32.0  32.1  32.1  32.1  32.1
## 165  26.6 26.80  27.1  27.3  27.5  27.8  28.0  28.3  31.1  31.6  29.4  29.0
## 166  33.5 33.50  33.5  33.6  33.6  33.7  33.7  33.7  33.8  33.8  33.9  33.9
## 167  30.9 30.90  30.9  30.9  31.0  31.0  31.0  31.0  31.0  31.0  31.1  31.1
## 168  30.4 30.40  30.5  30.5  30.6  30.6  30.7  30.7  30.8  30.8  30.9  30.9
## 169  32.5 32.60  32.6  32.6  32.7  32.7  32.7  32.8  32.8  32.9  32.9  32.9
## 170  28.6 28.60  28.6  28.6  28.6  28.7  28.7  28.7  28.7  28.7  28.7  28.7
## 171  39.0 39.00  39.0  39.0  39.1  39.1  39.1  39.1  39.1  39.1  39.1  39.1
## 172  30.1 30.10  30.2  30.2  30.3  30.3  30.4  30.4  30.4  30.5  30.5  30.6
## 173  35.8 35.80  35.8  35.9  35.9  35.9  35.9  35.9  36.0  36.0  36.0  27.8
## 174  25.0 25.30  25.5  25.8  26.0  26.3  26.5  26.8  29.7  30.1  28.0  27.5
## 175  25.3 25.30  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3  25.3
## 176  37.5 37.90  38.3  38.7  39.1  39.5  39.9  40.3  40.6  41.0  41.4  40.2
## 177  31.1 31.10  31.1  31.1  31.1  31.1  31.1  31.1  31.2  31.2  31.2  31.2
## 178  50.4 49.10  50.9  50.6  51.4  51.8  52.5  54.0  51.5  54.5  53.8  52.0
## 179  50.6 49.60  50.3  50.1  50.2  51.9  52.8  51.8  53.4  54.1  53.5  54.6
## 180  32.9 32.90  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9  32.9
## 181  29.8 30.10  30.3  30.6  30.8  31.1  31.4  31.6  34.6  35.0  32.9  32.5
## 182  25.1 25.10  25.1  25.2  25.2  25.2  25.2  25.3  25.3  25.3  25.3  25.4
## 183  32.4 32.40  32.4  32.5  32.5  32.5  32.5  32.5  32.5  32.5  32.5  32.5
## 184  31.1 31.10  31.0  31.0  31.0  30.9  30.9  30.9  30.9  30.8  30.8  30.8
## 185  23.5 23.50  23.6  23.6  23.6  23.6  23.6  23.6  23.6  23.6  23.6  23.6
## 186  33.7 33.70  33.8  33.8  33.8  33.9  33.9  33.9  33.9  34.0  34.0  34.0
## 187  34.1 34.10  34.1  34.1  34.1  34.2  34.2  34.2  34.2  34.2  34.2  34.2
##     X1915 X1916 X1917 X1918 X1919 X1920 X1921 X1922 X1923 X1924 X1925 X1926
## 1   30.30  30.4  30.5  7.97  30.6  30.6  30.7  30.8  30.8  30.9  31.0  31.0
## 2   35.40  35.4  35.4 19.40  35.4  35.4  35.4  35.4  35.4  35.4  35.4  35.4
## 3   30.60  30.3  30.3 23.70  30.4  29.6  29.6  29.4  32.0  33.5  34.3  33.6
## 4      NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 5   30.10  30.1  30.2 11.70  30.4  30.4  30.5  30.6  30.6  30.7  30.8  30.8
## 6   33.90  33.9  33.9 22.00  33.9  33.9  33.9  34.8  35.6  36.4  37.3  38.1
## 7   45.90  46.7  47.5 41.50  49.1  49.9  50.3  50.8  51.3  51.7  52.2  52.5
## 8   37.60  37.6  34.6 26.10  35.7  27.0  36.7  37.6  38.4  40.8  39.9  42.9
## 9   58.00  58.5  59.0 54.90  60.1  60.6  61.1  63.0  61.8  62.6  63.3  63.1
## 10  47.40  48.0  48.6 32.50  49.7  50.3  50.9  51.4  52.0  52.6  53.1  53.7
## 11  33.30  33.3  30.4 21.60  31.3  29.4  32.3  33.3  34.3  36.7  35.8  38.9
## 12  35.00  35.0  35.0 22.70  35.0  35.0  35.0  35.8  36.7  37.5  38.3  39.1
## 13  30.70  30.7  30.7 25.50  30.8  30.8  30.8  30.8  30.8  30.8  30.8  30.8
## 14  22.30  22.4  22.6 12.60  22.9  23.0  23.1  23.3  23.4  23.6  23.7  23.9
## 15  33.10  33.1  33.1 21.50  33.2  33.2  33.2  34.1  35.0  35.9  36.7  37.6
## 16  37.20  37.2  35.2 31.20  33.2  30.2  33.5  34.4  43.2  45.7  44.8  48.0
## 17  40.00  42.0  43.0 35.00  49.9  53.7  54.8  55.2  56.8  57.5  57.2  57.0
## 18  29.60  30.1  30.7 27.10  31.8  32.4  33.0  33.6  34.1  34.7  35.3  35.9
## 19  32.50  32.5  32.6 12.60  32.6  32.7  32.7  32.8  32.8  32.8  32.9  32.9
## 20  33.00  33.1  33.1 21.30  33.3  33.4  33.5  33.6  33.7  33.8  33.9  34.0
## 21  34.30  34.3  34.4 30.40  34.4  34.5  34.5  34.5  34.5  34.6  34.6  34.6
## 22  35.50  35.5  35.5 19.50  35.5  35.5  36.1  36.7  37.2  37.8  38.4  38.9
## 23  33.90  33.9  33.9 11.00  33.9  33.9  33.9  33.9  33.9  33.9  33.9  33.9
## 24  32.40  32.4  32.4 27.40  32.4  32.4  32.5  32.5  32.5  32.5  32.5  32.5
## 25  31.10  31.7  32.4 26.80  33.7  34.4  35.0  35.7  36.3  37.0  37.6  38.3
## 26  44.00  44.1  44.2 33.70  44.3  44.4  44.5  44.5  44.6  44.8  45.1  45.3
## 27  31.00  31.1  31.1 12.00  31.2  31.2  31.3  31.3  31.4  31.4  31.4  31.5
## 28  32.00  32.0  32.0 12.40  32.0  32.0  28.5  24.9  32.1  32.1  28.5  26.5
## 29  36.20  36.3  36.3 23.30  36.3  36.4  36.4  36.4  36.4  36.5  36.5  36.5
## 30  30.10  30.2  30.2  5.95  30.3  30.3  30.3  30.4  30.4  30.4  30.4  30.5
## 31  54.30  54.8  55.2 47.20  56.1  56.6  57.0  57.0  57.0  58.8  59.3  58.0
## 32  36.00  36.0  36.1 14.00  36.2  36.2  36.3  36.3  36.4  36.4  36.5  36.5
## 33  31.70  31.7  31.8 12.30  31.9  31.9  31.9  32.0  32.0  32.0  32.1  32.1
## 34  33.60  33.6  33.7 19.80  33.8  33.9  33.9  34.0  34.1  34.1  34.2  34.2
## 35  32.30  32.4  32.5 28.50  32.2  32.1  32.0  31.9  33.0  34.1  35.2  36.3
## 36  32.00  32.0  32.0 22.40  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.3
## 37  33.20  33.2  33.3 29.40  33.3  33.3  33.4  33.4  33.4  33.5  33.5  33.5
## 38  33.00  33.0  33.0 12.80  33.1  33.1  33.1  33.1  33.2  33.2  33.2  33.2
## 39  33.70  33.8  33.8  9.70  33.9  33.9  34.0  34.0  34.1  34.1  34.2  34.2
## 40  31.40  31.4  31.3 12.10  31.3  31.2  31.2  31.2  31.1  31.1  31.1  31.1
## 41  35.60  35.6  35.6 31.50  35.6  35.6  36.4  37.1  37.9  38.6  39.3  40.0
## 42  33.40  33.5  33.5 13.00  33.6  33.7  33.7  33.8  33.8  33.9  33.9  34.0
## 43  36.10  36.1  36.1 14.00  36.1  36.1  36.9  37.7  38.5  39.3  40.1  40.9
## 44  36.80  37.0  37.3 24.20  37.7  38.0  38.3  38.5  38.8  39.1  39.4  40.0
## 45  47.10  47.2  47.3 25.90  47.4  47.5  47.6  47.7  47.8  47.9  48.0  48.0
## 46  47.00  47.6  48.2 35.70  49.3  49.9  50.4  51.0  51.5  52.1  52.6  53.2
## 47  58.40  56.9  57.2 56.20  56.9  57.5  61.7  60.6  61.1  61.1  61.9  61.6
## 48  32.50  32.6  32.6 12.60  32.7  32.8  32.9  32.9  33.0  33.0  33.1  33.1
## 49     NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 50  31.60  31.7  31.7 20.60  31.8  31.8  31.9  31.9  31.9  32.0  32.0  32.0
## 51  34.40  34.4  34.5 30.50  34.5  34.5  34.6  34.6  34.6  34.7  34.7  34.8
## 52  32.60  32.6  32.6 24.90  32.6  32.6  32.5  32.5  32.5  32.5  32.5  32.5
## 53  29.40  29.4  29.5 26.10  29.5  29.5  29.5  29.6  29.6  29.6  29.6  29.6
## 54  31.30  31.4  31.4 12.20  31.5  31.5  31.5  31.6  31.6  31.6  31.7  31.7
## 55  30.90  30.9  30.9 12.00  31.0  31.0  31.0  31.0  31.0  31.0  31.1  31.1
## 56  44.40  44.2  36.9 34.90  37.6  46.3  52.5  51.6  53.2  54.0  54.8  52.4
## 57  29.70  29.7  29.7 11.50  29.7  29.7  29.7  29.7  29.7  29.7  29.7  29.7
## 58  27.50  27.5  27.5  6.98  27.6  27.6  27.6  27.7  27.7  27.7  27.8  28.9
## 59  49.50  48.0  46.4 32.70  43.0  47.5  52.3  51.9  52.5  50.1  53.4  53.8
## 60  35.70  39.6  42.6 34.40  47.6  51.7  52.8  55.0  54.7  55.4  54.5  54.1
## 61  32.40  32.4  32.4 12.60  32.5  32.5  32.6  32.6  32.7  32.7  32.7  32.8
## 62  34.20  34.3  34.4 13.70  34.7  34.8  34.9  35.0  35.1  35.3  35.4  35.5
## 63  36.00  36.0  33.0 24.50  34.3  36.3  32.3  34.8  35.2  34.2  38.5  41.6
## 64  40.60  39.0  40.1 33.00  48.4  53.6  55.1  55.7  56.3  56.9  57.5  57.9
## 65  29.60  29.6  29.7 10.00  29.7  29.8  29.8  29.9  29.9  29.9  30.0  30.6
## 66  44.10  44.4  44.7 24.60  45.3  45.6  45.9  46.2  46.8  47.5  48.1  48.7
## 67  37.90  37.9  37.9 24.60  37.9  37.9  37.9  38.6  39.4  40.1  40.8  41.5
## 68  25.30  25.3  25.2  9.47  25.2  25.2  25.2  25.2  25.2  25.1  25.1  25.1
## 69  33.90  33.9  34.0 13.20  34.2  34.3  34.3  34.4  34.5  34.6  34.7  34.8
## 70  30.60  30.6  30.6 11.80  30.5  30.5  30.5  30.4  30.4  30.4  30.4  30.3
## 71  33.10  33.5  33.9 29.90  34.6  35.0  35.4  36.1  36.9  37.7  38.5  39.3
## 72  28.60  28.6  28.6 18.60  28.6  28.6  28.6  28.6  28.6  28.6  28.6  28.6
## 73  35.70  35.8  35.8 31.70  35.9  35.9  36.0  36.0  36.0  36.1  36.1  36.1
## 74  40.90  41.1  41.3 30.10  41.8  42.0  42.8  43.6  44.5  45.3  46.1  46.9
## 75  53.60  54.5  59.0 51.00  58.5  54.6  54.2  56.9  57.6  54.0  58.2  60.8
## 76  24.10  24.3  24.4  8.16  24.7  24.9  25.0  25.5  25.9  26.4  26.8  27.3
## 77  30.40  30.4  30.4 14.20  30.4  30.5  30.5  30.5  30.5  30.5  30.5  30.5
## 78  26.60  26.7  26.7 22.10  26.7  26.8  26.8  26.8  26.8  26.9  26.9  26.9
## 79  31.70  31.7  31.8 26.30  31.8  31.8  31.8  31.8  31.8  31.8  31.8  31.9
## 80  54.90  55.1  55.4 49.80  55.9  56.2  56.4  56.7  56.9  57.2  57.5  57.7
## 81  32.00  32.0  32.0 26.50  32.0  32.0  32.0  32.0  32.0  32.0  32.0  32.0
## 82  42.30  39.3  37.7 25.60  42.1  45.5  49.2  50.0  51.4  51.5  51.3  51.0
## 83  37.30  35.9  31.9 26.60  36.9  35.7  30.9  37.3  38.3  38.9  39.3  41.1
## 84  41.00  41.3  41.5 32.80  42.0  42.2  42.5  42.8  43.4  44.0  44.6  45.3
## 85  32.00  32.0  32.0 26.60  32.0  32.0  32.1  32.1  32.1  32.1  32.1  32.1
## 86  31.40  31.4  28.4 18.30  23.8  19.3  22.6  23.5  32.6  35.1  34.2  37.5
## 87  26.90  26.9  26.9  6.35  27.0  27.0  27.0  27.1  26.8  26.4  26.1  25.8
## 88  25.70  25.7  25.8 25.80  25.8  25.8  25.8  25.9  25.9  25.9  25.9  25.9
## 89  26.60  26.6  26.6 22.00  26.6  26.6  26.6  26.6  26.6  26.7  26.7  26.7
## 90  28.60  28.6  25.6 15.70  21.1  16.6  11.9  13.9  29.6  32.1  31.2  34.4
## 91  30.50  30.5  30.4 19.50  30.4  30.3  30.3  30.3  30.3  30.2  30.2  30.1
## 92  40.40  40.1  39.5 35.50  40.1  47.8  57.2  55.7  56.8  53.8  53.0  56.0
## 93  30.00  30.0  30.1 24.90  30.1  30.1  30.1  30.1  30.1  30.1  30.1  30.1
## 94  34.80  34.9  34.9 13.50  35.0  35.1  35.1  35.1  35.2  35.2  35.3  35.3
## 95  33.80  33.8  33.9 13.10  34.0  34.1  34.1  34.2  34.2  34.3  34.4  34.4
## 96  35.50  35.6  35.6 27.30  35.7  35.8  35.8  35.9  35.9  36.0  36.0  36.1
## 97  39.50  39.4  39.0 34.50  39.0  43.0  49.1  49.5  49.8  50.2  50.5  51.0
## 98  51.70  50.4  48.3 42.50  44.9  54.9  56.5  55.6  55.0  57.1  55.1  53.7
## 99  32.30  32.3  32.4 13.50  32.5  32.5  32.5  32.6  32.6  32.6  32.7  32.7
## 100 31.20  31.3  31.3 12.10  31.3  31.3  31.4  31.4  31.4  31.4  31.4  31.4
## 101 30.60  30.6  30.6 19.60  30.6  30.6  30.6  30.6  30.6  30.6  30.6  30.6
## 102 31.50  31.5  31.5 10.20  31.4  31.4  31.4  31.4  31.3  31.3  31.3  31.3
## 103 29.10  29.2  29.2 11.30  29.3  29.4  29.5  29.5  29.6  29.6  29.7  29.8
## 104 48.90  49.4  49.9 47.00  50.8  51.3  51.8  52.2  52.7  53.2  53.6  54.1
## 105    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 106 33.40  33.4  33.5 12.90  33.5  33.6  33.6  33.6  33.6  33.7  33.7  33.8
## 107 28.10  32.2  30.3 29.10  11.8  30.7  23.5  28.0  33.5  34.3  38.2  36.9
## 108 29.70  30.1  30.6 18.30  31.5  31.9  32.3  32.8  33.7  33.0  32.3  34.4
## 109 26.40  26.4  26.4  8.56  26.4  26.4  26.4  26.3  26.3  26.3  26.3  27.4
## 110 32.80  32.8  32.7 30.80  32.7  32.7  33.2  33.7  34.1  34.6  35.1  35.5
## 111 31.30  31.3  31.3 20.00  31.2  31.2  31.2  31.2  31.2  31.2  31.2  31.2
## 112 35.90  35.9  35.9 19.70  35.9  35.9  36.8  37.6  38.4  39.2  40.0  40.8
## 113 33.70  33.8  33.8 25.90  33.8  33.8  33.8  33.8  33.9  33.9  33.9  33.9
## 114 33.00  33.1  33.2 12.80  33.3  33.3  33.4  33.5  33.5  33.6  33.6  33.7
## 115 29.40  29.3  29.3 17.20  29.3  29.2  29.2  29.2  29.1  29.1  29.1  29.0
## 116 34.00  34.1  34.1 13.20  34.2  34.2  34.3  34.3  34.3  34.4  34.4  34.4
## 117 35.30  35.3  35.4 22.70  35.5  35.5  35.6  35.6  35.7  35.8  35.8  35.9
## 118 57.30  56.2  55.7 47.60  55.0  57.9  59.8  59.9  62.1  63.0  63.2  63.1
## 119 54.10  54.6  55.0 47.00  55.9  56.3  56.8  57.2  57.7  58.1  58.6  59.0
## 120 26.10  26.1  25.9 22.90  25.5  25.3  25.1  25.7  26.3  26.8  27.4  28.0
## 121 33.40  33.5  33.5 13.00  33.6  33.7  33.7  33.8  33.9  33.9  34.0  34.0
## 122 35.50  35.6  35.7 16.90  35.9  36.0  36.1  36.3  36.4  36.5  36.6  36.7
## 123 27.50  28.1  28.6 18.10  29.3  29.8  30.4  31.0  31.6  32.5  33.4  34.3
## 124 36.70  36.7  36.7 20.20  36.8  36.8  37.3  37.9  38.4  39.0  39.5  40.1
## 125 58.10  57.2  57.7 50.20  56.7  58.8  61.5  60.7  61.7  62.0  62.4  63.1
## 126 32.00  32.0  32.0 26.50  32.0  32.0  32.0  32.0  32.0  31.9  31.9  31.9
## 127 24.60  24.9  25.2  8.42  25.9  26.2  26.5  26.9  27.2  27.5  27.9  28.2
## 128 33.80  33.8  33.8 28.10  33.9  33.9  34.0  34.0  34.1  34.1  34.1  34.2
## 129 33.70  33.9  34.1 30.20  34.6  34.8  35.0  35.3  35.5  35.7  35.9  36.1
## 130 33.50  33.5  33.6 33.60  33.7  33.7  33.8  33.8  33.8  33.9  33.9  34.0
## 131 36.40  36.5  36.5 32.30  36.5  36.5  36.5  36.6  36.6  36.6  36.6  36.6
## 132 34.10  34.0  34.0 30.00  33.9  33.9  33.8  33.8  33.8  33.7  33.7  33.7
## 133 31.60  31.6  31.6 26.20  31.6  31.6  31.6  31.6  31.7  31.7  31.7  32.4
## 134 45.00  45.3  45.6 38.70  46.2  46.5  46.8  47.1  47.5  47.8  48.1  48.4
## 135 35.60  35.6  35.6 20.40  35.6  35.6  35.6  35.6  35.6  35.6  35.6  36.7
## 136 30.00  29.9  29.9 24.80  29.9  29.9  29.8  29.8  29.8  29.8  29.8  29.8
## 137 35.80  35.8  35.8 26.50  35.8  35.8  36.3  36.8  37.3  37.9  38.4  38.9
## 138 31.50  31.5  29.0 23.00  25.0  20.5  23.8  24.7  33.6  36.1  35.2  38.4
## 139 32.60  26.7  24.6 12.60  32.6  32.7  32.7  32.7  32.7  26.8  25.8  24.7
## 140 27.90  27.9  28.0  1.10  28.1  28.2  28.2  28.3  28.3  28.4  28.4  28.5
## 141 31.70  31.7  31.7 12.30  31.7  31.7  31.7  31.8  31.8  31.8  31.8  31.8
## 142 35.30  35.3  35.4 29.40  35.5  35.6  35.7  35.8  35.8  35.9  36.0  36.0
## 143 27.80  27.9  27.9 13.20  28.1  28.1  28.2  28.2  28.0  27.8  27.5  27.3
## 144 16.10  21.1  20.1  9.94  35.7  35.7  36.4  37.2  38.0  38.7  39.5  40.2
## 145 49.10  49.4  49.6 49.90  50.2  50.5  50.7  51.0  51.3  51.5  51.8  52.1
## 146 28.50  28.6  28.7 13.60  28.8  28.9  29.0  29.1  29.1  29.2  29.3  29.4
## 147 34.30  34.3  34.3 22.00  34.3  34.3  35.1  35.9  36.8  37.6  38.4  39.3
## 148 42.40  42.7  43.0 31.90  43.6  43.9  44.2  44.8  45.5  46.1  46.7  47.4
## 149 36.30  36.3  36.3 19.90  36.3  36.3  37.2  38.1  39.1  40.0  40.9  41.8
## 150 25.20  25.2  25.2 24.60  25.2  25.2  25.2  25.2  25.2  25.2  25.2  25.2
## 151 32.10  32.1  32.2 17.00  32.3  32.4  32.4  32.5  32.5  32.6  32.7  32.7
## 152 34.90  35.0  35.0 11.60  35.1  35.1  35.1  35.2  35.2  35.2  35.3  35.3
## 153 26.20  26.7  27.2 17.20  27.7  28.2  28.7  29.3  29.8  30.6  31.4  32.3
## 154 31.00  31.1  31.2 12.10  31.4  31.5  31.6  31.7  31.8  31.9  32.0  32.1
## 155 42.90  43.9  42.5 30.20  41.0  39.2  41.9  44.1  44.6  46.1  46.8  47.6
## 156 34.20  32.5  34.1 28.00  25.3  30.9  31.8  35.8  33.0  37.6  39.3  38.1
## 157 28.30  28.3  28.3 18.40  28.3  28.3  28.3  29.2  30.0  30.9  31.7  32.5
## 158 26.00  26.0  26.0 16.90  26.0  26.0  26.0  26.8  27.6  28.5  29.3  30.1
## 159 31.50  31.5  31.5 12.20  31.5  31.5  31.5  31.5  31.5  31.5  31.5  31.5
## 160 32.90  32.9  32.9 29.10  32.9  32.9  32.9  32.9  32.9  32.9  32.9  33.8
## 161 33.30  33.3  33.3 12.90  33.3  33.4  33.4  33.4  33.4  33.5  33.5  33.5
## 162 57.20  58.2  58.9 49.80  56.5  58.8  61.0  61.0  63.0  62.0  62.5  62.8
## 163 56.00  56.7  55.9 46.40  55.0  54.5  58.0  58.6  60.1  59.6  60.0  60.7
## 164 32.20  32.2  32.2 26.70  32.3  32.3  32.3  32.3  32.4  32.4  32.4  32.4
## 165 28.60  28.6  25.6 15.80  21.1  16.7  19.9  20.8  29.6  32.0  31.1  34.2
## 166 33.90  34.0  34.0 13.20  34.1  34.1  34.2  34.2  34.2  34.3  34.3  34.4
## 167 31.10  31.1  31.1 19.90  31.1  31.1  31.2  31.2  31.2  31.2  31.2  31.2
## 168 30.90  31.0  31.0 10.10  31.1  31.2  31.2  31.3  31.3  31.3  31.4  31.4
## 169 33.00  33.0  33.0 12.80  33.1  33.1  33.2  33.2  33.3  33.3  33.3  33.4
## 170 28.70  28.8  28.8  5.96  28.8  28.8  28.8  28.8  28.8  28.9  28.9  30.1
## 171 39.10  39.1  39.1 25.40  39.1  39.1  39.2  39.9  40.6  41.3  42.0  42.7
## 172 30.60  30.6  30.7 23.50  30.8  30.8  30.8  30.9  30.9  31.2  31.5  31.8
## 173  7.21  19.6  22.7 19.70  31.0  30.0  30.0  34.2  36.3  36.3  36.3  36.3
## 174 27.10  27.1  24.1 14.20  19.6  15.2  18.4  19.3  28.2  30.7  29.8  33.0
## 175 25.30  25.3  25.3  9.77  25.3  25.3  25.3  25.3  25.0  24.7  24.4  24.1
## 176 34.70  34.7  32.7 28.70  30.7  27.8  31.0  31.9  40.7  43.2  42.3  45.4
## 177 31.20  31.2  31.2 25.90  31.3  31.3  31.3  31.3  31.3  31.3  31.3  31.3
## 178 48.20  47.7  45.5 40.40  54.1  56.6  58.3  57.1  59.4  58.1  58.5  59.6
## 179 55.10  54.2  54.0 47.20  55.3  55.4  58.3  58.1  57.5  58.5  58.5  58.0
## 180 32.90  32.9  32.9 30.60  32.9  32.9  32.9  32.9  32.9  32.9  32.9  34.3
## 181 32.00  32.1  29.0 18.90  24.5  19.9  23.3  24.2  33.2  35.7  34.8  38.1
## 182 25.40  25.4  25.4 25.40  25.5  25.5  25.5  25.5  25.6  25.6  25.6  25.6
## 183 32.50  32.5  32.5 29.40  32.5  32.5  32.5  32.6  32.6  32.6  32.6  32.6
## 184 30.70  30.7  30.7 19.60  30.6  30.6  30.6  30.5  30.5  30.5  30.5  30.4
## 185 23.60  23.6  23.6 19.60  23.6  23.6  23.6  23.6  23.6  23.6  23.6  23.6
## 186 34.10  34.1  34.1 13.20  34.2  34.2  34.3  34.3  34.3  34.4  34.4  34.4
## 187 34.20  34.3  34.3 17.30  34.3  34.3  34.3  34.3  34.3  34.4  34.4  34.4
##     X1927 X1928 X1929 X1930 X1931 X1932 X1933 X1934 X1935 X1936 X1937 X1938
## 1    31.1  31.1  31.2  31.3  31.3 31.40 31.40  31.5  31.6  31.6  31.7  31.8
## 2    35.4  35.4  35.4  36.3  37.2 38.10 39.00  39.9  40.7  41.6  42.5  43.4
## 3    28.8  32.4  32.7  34.0  31.9 33.30 34.60  34.0  35.9  37.1  35.2  34.6
## 4      NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 5    30.9  31.0  31.0  31.1  31.2 31.20 31.30  31.4  31.4  31.5  31.6  31.6
## 6    39.0  39.8  40.7  41.5  42.4 43.20 44.10  44.9  45.8  46.6  47.5  48.3
## 7    52.9  53.2  53.5  53.9  53.9 53.90 53.80  53.8  53.8  54.8  55.7  56.7
## 8    42.3  43.7  42.5  41.8  40.2 37.80 31.60  43.9  45.4  46.9  46.0  47.5
## 9    63.0  63.1  63.3  65.1  65.5 65.80 65.70  65.0  65.3  65.4  66.0  66.0
## 10   54.3  54.9  55.4  56.0  56.6 56.90 57.20  57.5  57.8  58.1  58.4  58.7
## 11   38.2  39.7  38.5  37.8  36.1 33.60 26.30  40.0  41.5  43.1  42.1  43.8
## 12   39.9  40.8  41.6  42.4  43.2 44.00 44.90  45.7  46.5  47.3  48.1  49.0
## 13   30.8  30.9  30.9  30.9  30.9 30.90 30.90  30.9  30.9  31.7  32.4  33.2
## 14   24.6  25.3  26.0  26.7  27.4 28.00 28.70  29.4  30.1  30.8  31.5  32.2
## 15   38.5  39.4  40.3  41.1  42.0 42.90 43.80  44.7  45.6  46.5  47.4  48.3
## 16   47.1  48.7  46.8  46.7  47.7 39.00 25.80  41.8  51.5  52.2  51.0  52.2
## 17   57.2  57.6  55.1  57.2  58.5 58.60 58.80  60.5  60.0  60.0  60.0  60.2
## 18   36.4  37.0  37.6  38.2  38.7 39.30 39.90  40.5  41.4  42.4  43.3  44.2
## 19   32.9  33.0  33.0  33.0  33.0 33.10 33.10  33.1  33.2  33.2  33.3  33.3
## 20   34.1  34.2  34.3  34.4  34.4 34.50 34.60  34.7  34.8  34.9  35.0  35.1
## 21   34.7  34.7  34.7  34.8  34.8 34.80 34.80  34.9  34.9  34.9  35.0  35.0
## 22   39.5  40.0  40.6  41.2  41.7 42.30 42.80  43.4  44.0  44.5  45.1  45.7
## 23   33.9  34.0  34.0  34.0  34.0 34.00 34.00  34.0  34.0  34.0  34.0  34.0
## 24   32.5  32.5  32.5  32.5  33.0 33.50 34.00  34.5  35.0  35.5  35.9  36.4
## 25   39.0  39.6  40.3  40.9  41.5 42.20 42.80  43.5  44.1  44.8  45.4  46.0
## 26   46.0  46.8  47.5  48.3  48.8 49.30 49.80  50.3  50.8  51.3  51.8  52.0
## 27   31.5  31.6  31.6  31.6  31.7 31.70 31.80  31.8  31.8  31.9  31.9  31.9
## 28   25.0  26.5  26.5  32.2  32.2 32.20 32.20  32.2  32.2  32.2  32.2  32.2
## 29   36.5  36.6  36.6  36.6  36.7 36.70 36.70  36.7  36.8  36.8  36.8  36.9
## 30   30.5  30.5  30.6  30.6  30.6 30.60 30.70  30.7  30.8  30.8  30.8  30.8
## 31   58.7  58.6  58.0  59.0  60.4 61.40 62.40  62.8  62.5  62.7  61.4  63.3
## 32   36.5  36.6  36.6  36.7  36.7 36.80 36.80  36.9  36.9  38.0  39.1  40.1
## 33   32.2  32.2  32.2  32.3  32.3 32.40 32.40  32.4  32.5  32.5  32.5  32.6
## 34   34.3  34.4  34.4  34.5  34.5 34.60 34.70  34.7  34.8  34.8  34.9  35.0
## 35   37.4  37.7  38.1  38.4  38.8 39.10 39.20  39.3  39.4  39.5  39.6  40.6
## 36   25.6  33.0  29.8  33.8  34.2 34.60 35.00  35.4  35.8  36.2  34.0  33.8
## 37   33.5  33.5  33.6  33.6  34.2 34.90 35.50  36.1  36.8  37.4  38.0  38.7
## 38   33.3  33.3  33.3  33.3  33.3 33.40 33.40  33.4  33.4  33.4  33.5  33.5
## 39   34.3  34.3  34.4  34.4  34.5 34.50 34.50  34.6  34.6  34.7  34.7  34.8
## 40   31.0  31.0  31.0  30.9  30.9 30.90 30.90  30.8  30.8  30.8  30.7  30.7
## 41   40.8  41.5  42.3  43.0  43.5 44.00 44.50  45.0  45.5  46.0  46.4  46.9
## 42   34.0  34.1  34.1  34.2  34.2 34.30 34.30  34.4  34.4  34.5  34.5  34.6
## 43   41.7  42.5  43.3  44.1  44.9 45.70 46.50  47.3  48.1  48.9  49.7  50.5
## 44   40.5  41.1  41.7  42.3  42.9 43.50 44.20  44.8  45.5  46.1  46.7  47.3
## 45   48.0  47.9  47.9  47.9  47.9 47.90 47.90  47.9  47.9  47.9  47.9  48.7
## 46   53.8  54.3  54.9  55.4  55.9 56.30 56.70  57.1  57.5  57.9  58.3  58.8
## 47   61.1  61.8  61.9  62.2  61.8 62.60 63.50  64.0  62.8  63.4  63.9  64.9
## 48   33.2  33.3  33.3  33.4  33.4 33.50 33.50  33.6  33.7  33.7  33.8  33.8
## 49     NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 50   32.1  32.1  32.2  32.2  32.3 32.30 32.30  32.4  32.4  33.5  34.6  35.6
## 51   34.8  34.8  34.9  34.9  34.9 35.00 35.00  35.0  35.0  35.1  35.1  35.1
## 52   32.5  30.2  30.1  34.8  32.0 30.50 31.80  31.0  32.6  30.8  33.9  34.2
## 53   29.6  29.6  29.7  29.7  30.4 31.20 32.00  32.8  33.5  34.3  35.1  35.9
## 54   31.8  31.8  31.8  31.9  31.9 31.90 31.90  32.0  32.0  32.1  32.1  32.1
## 55   31.1  31.1  31.1  31.1  31.1 31.20 31.20  31.2  31.2  31.2  31.2  31.3
## 56   50.0  52.9  51.5  54.7  53.9 55.60 56.70  57.3  56.1  56.6  57.5  58.8
## 57   29.7  29.7  29.7  29.7  29.7 29.70 29.70  29.7  27.5  23.0  29.0  29.0
## 58   29.9  31.1  32.2  33.3  34.4 35.50 36.60  37.7  38.8  39.9  41.1  42.2
## 59   51.8  53.6  51.2  54.4  54.8 55.70 55.40  56.0  57.3  56.1  57.0  57.1
## 60   55.9  55.5  54.4  57.0  57.0 57.40 57.80  58.5  58.4  58.9  59.3  59.1
## 61   32.8  32.9  32.9  32.9  33.0 33.00 33.00  33.1  33.1  33.2  33.2  33.2
## 62   35.6  35.7  35.9  36.0  36.1 36.20 36.30  36.5  36.6  36.7  36.8  36.9
## 63   40.9  42.4  41.1  40.5  39.5 37.00 23.40  42.7  44.2  45.8  44.8  46.4
## 64   58.3  58.7  59.1  59.5  59.9 60.40 60.80  61.2  61.6  61.9  62.2  62.5
## 65   31.1  31.8  32.4  33.0  33.6 34.20 34.80  35.4  36.0  36.6  37.2  37.8
## 66   49.4  47.3  51.2  51.4  51.6 51.80 52.30  52.8  53.3  53.8  54.3  54.9
## 67   42.2  43.0  43.7  44.4  45.1 45.70 46.30  46.9  47.6  48.2  48.8  49.4
## 68   25.1  25.1  25.1  25.1  25.1 25.00 25.00  25.0  25.7  26.4  27.2  27.9
## 69   34.8  34.9  35.0  35.1  35.2 35.20 35.30  35.4  35.5  35.6  35.6  35.7
## 70   30.3  30.3  30.2  30.2  30.5 30.80 31.10  31.4  31.6  31.9  32.2  32.5
## 71   40.1  40.9  41.7  42.5  43.3 44.10 44.90  45.7  46.5  47.3  48.2  49.0
## 72   28.6  28.6  28.5  28.5  28.5 28.50 28.50  28.5  28.5  28.5  28.5  28.5
## 73   36.2  36.2  36.3  36.3  36.7 37.10 37.50  38.0  38.4  38.8  39.2  39.6
## 74   47.7  48.5  49.3  50.1  50.8 51.50 52.20  52.9  53.5  54.2  54.9  55.5
## 75   58.1  61.8  60.5  60.2  60.8 62.10 63.00  63.3  59.5  62.7  63.5  65.0
## 76   27.7  28.2  28.6  29.1  29.6 29.90 30.20  30.6  30.9  31.2  31.6  31.9
## 77   30.5  31.0  31.6  32.1  32.6 33.10 33.60  34.1  34.7  35.2  35.7  36.1
## 78   26.9  26.9  27.0  27.0  27.0 27.10 27.10  27.1  27.1  27.1  27.2  27.2
## 79   31.9  31.9  31.9  31.9  31.9 31.90 31.90  31.9  32.0  32.0  32.0  32.0
## 80   57.8  58.0  58.1  58.2  58.4 58.50 58.60  58.8  58.9  59.0  59.3  59.5
## 81   32.0  32.0  32.0  32.0  32.0 32.00 32.00  32.0  32.0  34.1  36.3  38.4
## 82   52.6  52.7  52.3  55.2  54.8 54.80 56.30  56.9  56.2  56.7  55.5  56.1
## 83   39.8  42.0  43.4  45.7  43.1 44.60 42.00  44.9  44.5  44.9  47.7  46.4
## 84   45.9  46.2  46.5  46.9  47.2 47.50 47.90  48.2  48.5  48.9  49.3  49.3
## 85   32.1  32.1  32.1  32.1  32.1 32.10 32.10  32.1  32.2  33.0  33.9  34.8
## 86   36.8  38.4  37.1  36.4  16.3  8.15  4.07  38.9  40.5  42.2  41.2  42.9
## 87   25.5  25.8  26.1  26.4  26.7 27.00 27.30  27.6  27.9  28.1  28.4  28.8
## 88   25.9  25.9  26.0  26.0  26.0 26.00 26.10  26.1  27.2  28.4  29.6  30.8
## 89   26.7  26.7  26.7  26.7  26.8 26.80 26.80  26.8  26.8  26.8  26.8  26.8
## 90   33.8  35.2  34.0  33.3  27.6 19.60 15.60  35.7  37.2  38.9  37.9  39.5
## 91   30.1  30.1  30.1  30.0  30.0 30.00 29.90  29.9  29.9  29.8  29.8  29.8
## 92   54.3  55.0  53.0  56.1  56.8 56.70 58.70  55.6  58.2  57.7  56.8  60.0
## 93   30.1  30.1  30.1  30.1  30.1 30.20 30.20  30.2  30.2  30.2  30.2  30.2
## 94   35.4  35.4  35.5  35.5  35.6 35.60 35.60  35.7  35.7  35.8  35.8  35.9
## 95   34.5  34.5  34.6  34.7  34.7 34.80 34.80  34.9  35.0  35.0  35.1  35.1
## 96   36.1  36.2  36.3  36.3  36.4 36.40 36.50  36.5  36.6  36.6  36.7  36.7
## 97   51.5  52.1  52.6  53.1  53.6 54.20 54.70  55.2  55.7  56.3  56.8  57.3
## 98   56.2  55.7  53.0  57.1  58.0 57.00 58.70  60.3  59.5  61.6  61.5  59.6
## 99   32.8  32.8  32.9  32.9  32.9 33.00 33.00  33.0  33.1  33.1  33.2  33.2
## 100  31.5  31.5  31.5  31.5  31.6 31.60 31.60  31.6  31.6  31.7  31.7  31.7
## 101  30.6  30.6  30.6  30.6  31.7 32.80 34.00  35.1  36.3  37.4  38.5  39.7
## 102  31.2  31.2  31.2  31.2  31.1 31.10 31.10  31.1  31.0  31.0  31.0  31.0
## 103  29.8  29.9  29.9  30.0  30.1 30.10 30.20  30.2  30.3  30.4  30.4  30.5
## 104  54.6  55.0  55.5  56.0  56.5 56.90 57.40  57.9  58.3  58.5  58.6  58.7
## 105    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 106  33.8  33.8  33.8  33.9  33.9 33.90 34.00  34.0  34.0  34.1  34.1  34.1
## 107  37.1  33.8  31.3  27.2  24.3 29.40 34.60  36.3  35.5  35.5  33.1  32.0
## 108  40.5  34.7  35.6  36.4  37.9 38.60 37.50  38.5  40.7  38.6  37.1  39.7
## 109  28.4  29.5  30.6  31.6  32.7 33.70 34.80  35.8  36.9  38.0  39.0  40.1
## 110  36.0  36.5  37.0  37.4  37.9 38.40 39.40  40.4  41.5  42.5  43.5  44.6
## 111  31.1  31.1  31.1  31.1  31.1 31.10 31.10  31.1  31.1  31.1  31.0  31.0
## 112  41.6  42.5  43.3  44.1  44.9 45.80 46.60  47.4  48.2  49.0  49.9  50.7
## 113  33.9  33.9  33.9  34.0  34.0 34.00 34.00  34.0  34.0  34.0  34.0  34.1
## 114  33.8  33.8  33.9  34.0  34.0 34.10 34.10  34.2  34.3  34.3  34.4  34.4
## 115  29.0  29.0  28.9  28.9  28.9 28.80 28.80  28.8  28.7  28.7  28.7  28.6
## 116  34.5  34.5  34.5  34.6  34.6 34.60 34.70  34.7  34.8  34.8  34.8  34.9
## 117  35.9  36.0  36.0  36.1  36.1 36.20 36.20  36.3  36.4  36.4  36.5  36.5
## 118  62.7  63.8  62.3  64.8  64.4 65.50 66.20  66.7  66.6  66.8  67.1  67.5
## 119  59.5  59.9  60.4  60.8  61.2 61.70 62.10  62.6  63.0  63.5  63.9  64.4
## 120  28.5  29.1  29.7  30.3  30.8 31.40 32.00  32.5  33.1  33.7  34.3  34.8
## 121  34.1  34.1  34.2  34.3  34.3 34.40 34.40  34.5  34.5  34.6  34.7  34.7
## 122  36.8  36.9  37.0  37.1  37.3 37.40 37.50  37.6  37.7  37.8  37.9  38.0
## 123  35.3  36.2  37.0  37.9  38.8 39.60 40.50  41.7  42.8  44.0  45.2  46.4
## 124  40.6  41.2  41.7  42.3  42.9 43.40 44.00  44.5  45.1  45.6  46.2  46.8
## 125  62.8  63.3  62.4  64.0  64.0 64.50 65.30  66.1  65.7  65.7  65.9  66.9
## 126  31.9  31.9  31.9  31.9  31.9 31.90 31.90  31.9  31.9  31.9  31.9  31.9
## 127  28.6  29.0  29.4  29.7  30.1 30.50 30.90  31.3  31.7  32.0  32.4  32.8
## 128  34.2  34.2  34.3  34.3  34.4 34.40 34.40  34.5  34.5  35.5  36.6  37.6
## 129  36.4  36.6  36.8  37.0  37.7 38.40 39.10  39.8  40.5  41.2  41.9  42.6
## 130  34.0  34.1  34.1  34.1  34.2 34.20 34.30  34.3  34.4  34.4  34.5  34.5
## 131  36.7  36.7  36.7  36.7  36.8 36.80 38.40  40.0  41.5  43.1  44.7  46.3
## 132  33.6  33.6  33.5  33.5  33.5 33.40 33.40  33.4  33.3  33.3  33.3  33.2
## 133  33.2  33.9  34.6  35.4  36.1 36.80 37.60  38.3  39.0  39.8  40.5  41.3
## 134  48.7  49.0  49.3  49.6  49.9 50.40 50.90  51.4  51.8  52.3  52.8  53.3
## 135  37.7  38.8  39.8  40.9  42.0 43.00 44.10  45.1  46.2  47.2  48.3  49.4
## 136  29.7  29.7  29.7  29.7  29.7 29.60 29.60  29.6  29.6  29.6  29.5  29.5
## 137  39.5  40.0  40.5  41.0  41.6 42.10 43.20  44.2  45.3  46.4  47.4  48.5
## 138  37.5  38.9  37.4  36.5  35.0 32.80 17.40  38.2  39.6  41.1  39.9  41.4
## 139  32.8  26.8  24.8  32.9  32.9 33.30 33.80  34.2  34.6  35.1  35.5  36.0
## 140  28.5  28.6  28.6  28.7  28.8 28.80 28.90  28.9  30.4  31.8  33.3  34.7
## 141  31.8  31.8  31.9  31.9  31.9 31.90 31.90  31.9  31.9  33.0  34.0  35.0
## 142  36.1  36.2  36.2  36.3  36.4 36.50 36.50  36.6  36.7  36.7  36.8  36.9
## 143  27.1  27.4  27.7  28.1  28.4 28.80 29.10  29.4  29.8  30.1  30.5  30.9
## 144  41.0  41.8  42.5  43.3  44.1 44.80 45.60  46.4  47.1  47.9  48.6  49.4
## 145  52.3  52.6  52.9  53.2  53.4 53.70 54.00  54.2  54.5  54.8  55.1  55.3
## 146  29.3  29.3  29.2  29.1  29.1 29.20 29.30  29.4  29.6  29.7  29.8  29.9
## 147  40.1  40.9  41.7  42.6  43.4 44.20 45.00  45.9  46.7  47.5  48.4  49.2
## 148  48.0  48.6  49.3  49.9  50.4 50.80 51.30  51.8  52.3  52.7  53.2  53.8
## 149  42.7  43.6  44.5  45.5  46.4 47.30 48.20  49.1  50.0  50.9  51.8  52.7
## 150  25.2  25.2  25.2  25.2  25.2 25.20 25.20  25.2  26.4  27.6  28.8  30.1
## 151  32.8  32.9  32.9  33.0  33.0 33.10 33.10  33.2  33.3  33.3  33.4  33.5
## 152  35.3  35.4  35.4  35.4  36.0 36.50 37.10  37.7  38.3  38.8  39.4  40.0
## 153  33.1  33.9  34.7  35.5  36.2 37.00 37.80  38.8  39.9  40.9  42.0  43.0
## 154  32.2  32.3  32.4  32.5  32.5 32.60 32.70  32.8  32.9  33.0  33.1  33.2
## 155  48.3  48.5  49.3  49.2  49.1 51.00 51.40  52.0  52.5  50.7  47.0  47.3
## 156  41.2  37.3  37.1  37.9  41.8 43.70 42.90  40.8  27.5  42.1  42.2  43.1
## 157  33.4  34.2  35.1  35.9  36.8 37.60 38.50  39.3  40.2  41.0  41.9  42.7
## 158  31.0  31.8  32.6  33.4  34.3 35.10 35.90  36.8  37.6  38.4  39.2  40.1
## 159  31.5  31.5  31.5  31.5  31.5 31.50 31.50  31.5  31.5  31.5  31.5  31.5
## 160  34.7  35.5  36.4  37.3  38.1 39.00 39.90  40.8  41.6  42.5  43.4  44.3
## 161  33.5  33.5  33.5  33.6  33.6 33.60 33.60  33.7  33.7  33.7  33.7  33.7
## 162  61.6  62.2  62.3  63.1  62.6 63.90 64.80  64.9  64.8  64.6  64.6  65.5
## 163  60.2  60.6  60.3  61.5  61.4 61.30 62.50  63.0  62.3  63.3  63.6  64.0
## 164  32.5  32.5  32.5  32.5  32.5 32.60 32.60  32.6  32.6  33.8  35.0  36.2
## 165  33.6  35.0  33.8  33.1  27.4 19.60 15.70  35.4  36.9  38.5  37.5  39.2
## 166  34.4  34.4  34.5  34.5  34.5 34.60 34.60  34.6  34.7  34.7  34.8  34.8
## 167  31.3  31.3  31.3  31.3  32.8 34.30 35.70  37.2  38.7  40.1  41.6  41.6
## 168  31.5  31.5  31.6  31.6  31.6 31.70 31.70  31.8  31.8  31.9  31.9  32.0
## 169  33.4  33.4  33.5  33.5  33.5 33.60 33.60  33.7  33.7  33.7  33.8  33.8
## 170  31.3  32.6  33.8  35.0  36.3 37.50 38.70  40.0  41.2  42.5  43.7  44.9
## 171  43.4  44.1  44.8  45.5  46.2 46.80 47.40  48.0  48.6  49.2  49.8  50.4
## 172  32.1  32.4  32.7  33.0  33.3 33.60 33.90  34.4  34.9  35.4  35.9  36.4
## 173  36.4  36.4  36.4  36.4  36.5 36.60 36.70  36.8  36.9  36.9  37.0  36.2
## 174  32.3  33.8  32.5  31.9  26.1 18.10 14.20  34.2  35.8  37.4  36.4  38.1
## 175  23.9  24.1  24.4  24.6  24.9 25.10 25.40  25.6  25.9  26.1  26.4  26.7
## 176  44.5  46.1  44.2  44.2  45.1 36.50  8.94  39.3  49.0  49.6  48.4  49.6
## 177  31.3  31.4  31.4  31.4  31.4 31.40 31.40  31.4  31.4  31.4  31.4  31.5
## 178  59.0  60.0  57.7  60.9  60.1 60.60 60.60  61.4  62.0  61.8  61.9  63.3
## 179  59.5  58.4  58.5  59.7  60.4 61.10 61.00  60.4  61.0  60.5  61.2  62.5
## 180  35.6  36.9  38.2  39.5  40.9 42.20 43.50  44.8  46.1  47.5  48.8  50.1
## 181  37.4  39.0  37.7  37.0  31.1 23.10 19.00  39.5  41.0  42.7  41.7  43.5
## 182  25.7  25.7  25.7  25.7  25.8 25.80 25.80  25.8  26.9  28.1  29.2  30.3
## 183  32.8  32.9  33.1  33.3  33.5 33.70 33.80  34.0  34.2  34.4  35.6  36.8
## 184  30.4  30.4  30.4  30.3  30.4 30.60 30.70  30.8  31.0  31.1  32.3  33.6
## 185  23.6  23.6  23.6  23.7  23.7 23.70 23.70  23.7  23.7  23.7  23.7  23.7
## 186  34.5  34.5  34.5  34.6  34.6 34.60 34.70  34.7  34.7  34.8  34.8  34.8
## 187  34.4  34.4  34.4  34.4  34.4 34.50 34.50  34.5  34.5  34.5  34.5  34.5
##     X1939 X1940 X1941 X1942 X1943 X1944 X1945 X1946 X1947 X1948 X1949 X1950
## 1    31.8  31.9  31.9  32.0  32.1  32.1  32.2  32.2  32.3  32.4  32.4  32.5
## 2    43.0  42.0  41.5  40.0  37.0  34.0  47.0  50.0  51.5  52.4  53.3  54.1
## 3    36.9  37.3  35.6  34.9  30.2  35.7  33.5  35.7  39.1  42.3  44.8  47.3
## 4      NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 5    31.7  31.8  32.1  32.5  32.8  33.1  33.5  33.8  34.1  34.5  34.8  35.2
## 6    49.2  50.0  50.9  51.7  52.6  53.4  54.3  55.1  56.0  56.8  57.7  58.5
## 7    57.6  58.5  59.1  59.7  60.3  60.8  61.4  61.3  61.1  61.0  60.9  60.8
## 8    49.8  47.4  26.6  23.3  21.4  28.5  37.5  53.8  46.2  53.8  56.4  58.5
## 9    66.0  66.4  66.3  66.0  66.6  68.2  68.6  68.2  68.8  68.7  69.3  69.2
## 10   58.2  57.9  56.6  54.2  50.3  39.2  31.5  56.1  61.5  63.4  63.6  65.0
## 11   46.1  43.6  29.4  26.0  24.0  31.0  40.7  50.3  42.5  50.3  53.0  55.2
## 12   49.8  50.6  51.4  52.2  53.0  53.9  54.7  55.5  56.3  57.1  58.0  58.8
## 13   33.9  34.7  35.4  36.2  36.9  37.7  38.4  39.2  39.9  40.7  41.4  42.2
## 14   32.9  33.5  34.2  32.0  22.3  24.6  35.0  40.6  35.0  36.4  39.6  40.4
## 15   49.2  50.1  51.0  51.9  52.8  53.7  54.6  55.5  56.4  57.3  58.2  59.1
## 16   52.0  51.8  19.8  14.9  13.9  20.8  29.7  57.1  47.2  59.7  62.5  64.4
## 17   60.0  56.0  59.0  59.2  60.4  57.0  58.4  62.0  63.5  65.0  65.5  66.4
## 18   45.2  46.1  47.1  48.0  49.0  49.9  50.9  51.8  52.8  53.7  54.6  55.6
## 19   33.3  33.4  33.4  33.4  33.5  33.5  33.8  34.2  34.5  34.9  35.2  35.5
## 20   35.2  35.3  35.4  35.5  35.5  35.6  35.7  35.8  35.9  36.0  36.1  36.2
## 21   35.0  35.0  35.8  36.6  37.3  38.1  38.8  39.6  40.4  41.1  41.9  42.7
## 22   46.2  46.8  31.9  28.0  24.3  22.2  26.4  41.8  50.0  51.0  51.7  52.5
## 23   34.0  34.0  34.0  34.0  34.0  34.0  34.0  36.7  39.4  42.1  44.8  47.5
## 24   36.9  37.4  38.5  39.7  40.9  42.0  43.2  44.8  46.4  48.0  49.6  51.2
## 25   46.7  47.3  48.0  48.6  49.2  49.9  50.5  51.1  51.8  52.4  53.0  53.7
## 26   52.3  52.5  52.7  52.0  51.5  50.0  52.0  53.6  54.1  55.8  57.9  61.4
## 27   32.0  32.0  32.1  32.1  32.2  32.2  32.2  32.5  32.7  32.9  33.1  33.3
## 28   32.3  32.3  32.3  32.3  30.9  17.9  32.3  33.8  35.2  36.6  38.1  39.5
## 29   36.9  35.9  35.5  35.4  35.3  33.3  29.6  37.1  38.4  39.6  41.0  42.3
## 30   30.9  30.9  30.9  31.0  31.0  31.0  31.1  33.1  35.1  37.1  39.1  41.1
## 31   63.7  64.0  63.8  64.7  64.6  65.3  66.3  66.5  66.8  67.3  67.7  68.3
## 32   41.2  42.3  43.4  44.5  45.6  46.6  47.7  48.8  49.9  51.0  52.1  53.2
## 33   32.6  32.6  32.7  32.7  32.8  32.8  32.8  32.9  33.6  34.4  35.1  35.9
## 34   35.0  35.1  35.1  35.2  35.3  35.3  35.4  36.5  37.6  38.8  39.9  41.0
## 35   41.6  42.6  43.6  44.6  45.4  46.1  47.0  47.8  48.5  50.7  52.9  55.1
## 36   34.1  34.3  34.0  32.0  29.0  35.0  37.0  38.5  39.5  40.0  40.5  41.5
## 37   39.6  40.6  41.6  42.5  43.5  44.5  45.6  46.8  48.0  49.2  50.4  51.6
## 38   33.5  33.5  33.5  33.5  33.6  33.6  33.6  35.3  37.0  38.7  40.4  42.1
## 39   34.8  34.9  35.7  36.5  37.3  38.0  38.8  39.6  40.5  41.3  42.1  42.9
## 40   30.7  30.6  30.6  30.6  30.6  30.5  30.5  32.1  33.8  35.4  37.0  38.6
## 41   47.4  47.9  48.9  49.8  50.8  51.8  52.7  53.7  54.6  55.6  56.5  57.5
## 42   34.6  34.7  34.7  34.8  34.8  34.9  35.0  35.0  35.0  35.1  35.1  35.2
## 43   51.3  52.1  41.6  38.1  35.7  34.1  36.7  50.0  56.9  58.4  59.3  60.2
## 44   47.9  48.5  49.2  49.9  50.7  51.4  52.1  53.6  55.1  56.6  58.1  59.7
## 45   49.5  50.3  51.1  51.9  52.7  54.5  56.2  57.9  59.7  61.4  63.1  64.9
## 46   59.1  58.9  58.6  56.7  51.9  46.8  44.8  57.9  61.8  62.8  63.8  64.3
## 47   65.7  66.1  65.9  67.0  67.3  66.3  65.9  67.1  68.4  70.0  70.0  70.2
## 48   33.9  34.0  34.0  34.1  34.1  34.2  34.2  36.7  39.2  41.6  44.1  46.6
## 49     NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 50   36.7  37.8  38.9  40.0  41.1  42.2  43.3  44.4  45.5  46.6  47.8  48.9
## 51   35.2  36.6  38.0  39.5  40.9  42.4  43.8  45.3  46.7  48.2  49.6  51.1
## 52   35.3  33.8  35.0  29.9  29.2  32.7  31.6  33.7  35.4  35.5  35.9  37.6
## 53   36.6  37.4  38.2  39.0  39.8  40.5  41.3  42.1  42.9  43.7  44.5  45.2
## 54   32.2  32.2  32.2  32.3  32.3  32.3  32.4  33.3  34.2  35.1  36.1  37.0
## 55   31.3  31.3  31.3  31.3  31.3  31.3  31.4  32.5  33.6  34.7  35.8  36.9
## 56   58.1  56.6  45.9  54.3  53.9  30.9  46.0  53.9  46.9  57.5  58.0  58.5
## 57   29.0  28.0  28.0  29.7  29.7  29.7  29.7  30.4  31.1  31.9  32.6  33.3
## 58   43.3  44.4  45.6  46.7  47.8  49.0  50.1  51.3  52.4  53.5  54.7  55.8
## 59   54.6  46.6  46.4  53.8  56.2  47.9  57.1  60.1  60.4  61.9  61.8  64.1
## 60   59.7  49.5  57.8  57.5  53.4  47.3  55.1  62.5  64.1  66.0  65.0  66.5
## 61   33.3  33.3  33.4  33.4  33.4  33.5  33.5  34.7  35.9  37.2  38.4  39.6
## 62   37.0  37.2  37.3  37.4  37.5  37.6  37.8  38.1  38.5  38.8  39.2  39.5
## 63   48.7  46.3  32.3  28.9  27.0  34.0  43.6  53.0  45.2  53.0  55.7  57.9
## 64   61.1  60.8  59.1  55.1  49.8  37.1  29.1  60.6  62.2  63.8  65.4  67.0
## 65   38.5  39.1  39.7  40.3  40.9  41.5  42.2  42.8  43.4  44.0  44.7  45.3
## 66   55.4  56.0  41.4  30.4  40.2  46.4  59.9  57.9  55.3  49.8  57.2  67.6
## 67   50.0  50.6  51.3  51.9  52.5  53.1  53.7  54.3  54.9  55.5  56.1  56.7
## 68   28.6  29.3  30.4  31.4  32.5  33.5  34.6  35.6  36.6  37.7  38.7  39.8
## 69   35.8  35.9  36.0  36.1  36.1  36.2  36.3  36.7  37.2  37.6  38.0  38.5
## 70   32.8  33.1  33.3  33.6  33.9  34.2  34.5  34.8  35.0  35.3  35.6  35.9
## 71   49.8  50.6  51.4  52.3  53.1  53.9  54.7  55.5  56.4  57.2  58.0  58.9
## 72   28.5  28.5  28.4  28.4  29.3  30.2  31.1  32.0  32.9  33.7  34.6  35.5
## 73   40.0  40.5  40.9  41.3  41.7  42.2  42.6  43.0  43.4  43.9  44.3  44.7
## 74   56.2  56.9  56.5  50.9  40.9  26.0  46.9  54.9  58.9  60.6  61.2  62.0
## 75   66.0  65.8  63.1  64.1  65.2  66.8  67.5  68.5  69.3  70.1  71.4  71.0
## 76   32.2  32.6  32.9  33.1  32.4  32.9  33.9  34.2  32.7  34.4  34.9  35.2
## 77   36.5  36.9  37.3  29.6  28.6  27.6  26.6  31.2  31.7  32.3  32.8  37.3
## 78   27.2  27.2  28.7  30.2  31.7  33.2  34.7  36.2  37.8  39.3  40.8  42.3
## 79   32.0  32.0  32.4  32.8  33.2  33.6  34.0  34.4  34.7  35.1  35.5  35.9
## 80   59.7  59.9  60.1  60.4  60.7  61.0  61.3  61.5  62.6  63.7  64.7  65.8
## 81   40.5  42.7  44.8  47.0  49.1  51.2  53.4  55.5  57.7  59.8  61.9  64.1
## 82   57.6  56.9  54.6  52.4  49.2  52.3  54.8  59.0  61.2  63.4  64.1  65.8
## 83   49.0  48.1  50.0  50.4  50.9  49.7  49.7  52.0  51.0  52.4  54.6  57.4
## 84   49.3  49.3  49.0  48.8  46.3  40.3  30.7  46.8  52.1  57.3  58.1  59.7
## 85   35.7  36.6  37.5  38.4  39.3  40.2  41.1  42.0  42.9  43.8  44.7  45.6
## 86   45.4  42.9  27.6  24.5  23.5  31.7  39.9  50.1  41.9  50.2  53.1  55.4
## 87   29.2  29.5  29.9  30.3  30.6  31.0  31.4  34.2  37.0  39.8  42.6  45.5
## 88   32.0  33.1  34.3  31.6  28.4  32.7  28.5  39.9  41.4  42.7  43.9  45.1
## 89   26.9  29.2  31.6  34.0  36.4  38.8  41.2  43.6  46.0  48.4  50.8  53.2
## 90   41.9  39.5  28.8  24.8  23.8  31.8  39.2  46.4  38.4  46.4  49.2  51.5
## 91   29.8  29.3  29.0  28.7  27.9  27.0  25.0  31.5  33.3  35.6  36.4  37.2
## 92   59.4  52.1  31.1  43.3  42.2  23.6  38.1  55.1  48.1  58.8  59.3  59.9
## 93   30.2  30.2  33.3  36.3  39.4  42.4  45.5  48.5  51.6  54.6  57.7  60.8
## 94   35.9  36.0  36.0  36.1  36.1  36.1  36.2  38.0  39.9  41.8  43.7  45.5
## 95   35.2  35.3  35.3  35.4  35.4  35.5  35.5  36.0  36.4  36.8  37.3  37.7
## 96   36.8  36.5  34.6  33.6  33.5  33.8  36.5  38.2  39.2  40.1  41.1  42.1
## 97   55.0  51.0  12.0  46.0  44.4  27.0  40.0  52.5  45.5  58.0  60.5  63.6
## 98   60.8  62.4  60.4  58.8  54.7  48.2  49.8  62.1  63.6  65.0  65.4  65.8
## 99   33.3  33.3  33.3  33.4  33.4  33.5  33.5  34.6  35.7  36.8  37.9  39.0
## 100  31.7  31.7  31.8  31.8  31.8  31.8  31.9  33.1  34.3  35.5  36.8  38.0
## 101  40.8  42.0  41.7  36.0  38.4  38.2  38.0  44.9  47.9  50.4  51.9  53.4
## 102  30.9  30.9  30.9  30.9  30.9  30.8  30.8  30.8  30.8  30.7  30.7  30.7
## 103  30.5  30.6  30.7  30.7  30.8  30.8  30.9  31.0  31.0  31.1  31.1  31.2
## 104  58.8  57.3  52.8  55.8  60.8  62.3  63.0  63.5  64.0  64.4  64.9  65.3
## 105    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 106  34.1  34.2  34.2  34.2  34.3  34.3  34.3  35.5  36.7  38.0  39.1  40.4
## 107  33.9  36.5  36.4  32.6  36.0  34.7  26.5  32.3  37.8  40.8  43.9  47.0
## 108  45.8  39.5  42.9  40.1  43.1  43.5  44.5  45.2  46.7  48.7  46.2  49.0
## 109  41.1  42.2  43.2  42.2  36.3  27.5  44.1  47.0  49.0  50.6  51.6  52.7
## 110  45.6  46.6  39.8  38.3  34.3  24.4  43.6  50.0  20.6  53.9  55.3  56.9
## 111  31.0  31.0  31.0  31.0  31.0  31.0  30.9  33.0  35.1  37.2  39.2  41.3
## 112  51.5  52.3  41.3  38.3  37.1  35.5  37.3  47.0  57.3  58.4  59.8  60.6
## 113  34.1  34.1  35.3  36.6  37.8  39.1  40.3  41.6  42.8  44.1  45.3  46.6
## 114  34.5  34.6  34.6  34.7  34.8  34.8  34.9  34.9  35.0  35.1  35.1  35.2
## 115  28.6  28.6  28.6  25.9  26.4  26.0  25.8  26.7  27.5  28.3  29.4  30.6
## 116  34.9  35.0  35.8  36.7  37.6  38.5  39.4  40.3  41.2  42.1  43.0  43.9
## 117  36.6  36.6  36.7  36.7  36.8  36.9  36.9  37.4  37.8  38.3  38.7  39.2
## 118  67.8  65.5  65.4  65.9  64.5  61.3  55.5  67.7  69.6  71.2  70.4  71.6
## 119  64.8  65.3  65.7  66.2  66.6  67.0  67.5  67.9  68.4  68.8  68.9  69.3
## 120  35.4  36.0  36.7  37.4  38.1  38.8  39.5  40.3  41.0  41.7  42.4  43.1
## 121  34.8  34.8  34.9  35.0  35.0  35.1  35.1  36.1  37.1  38.1  39.1  40.1
## 122  38.2  38.3  38.4  38.5  38.6  38.7  38.8  39.7  40.6  41.4  42.3  43.2
## 123  47.1  47.8  48.5  49.1  47.1  46.1  46.7  49.5  51.8  52.5  53.0  39.8
## 124  47.3  47.9  47.2  45.8  44.5  43.4  43.4  49.4  51.9  53.0  53.8  54.6
## 125  67.2  65.7  65.6  65.5  66.0  65.6  68.0  69.3  69.8  71.0  71.3  71.4
## 126  31.9  31.9  31.8  31.8  31.8  31.8  31.8  32.2  32.5  32.9  33.3  33.6
## 127  33.2  33.6  34.0  34.4  34.8  35.2  35.6  36.0  11.1  32.8  37.1  37.5
## 128  38.7  39.7  40.8  41.8  42.9  44.0  45.0  46.1  47.1  48.2  49.3  50.4
## 129  43.3  44.0  45.4  46.8  48.2  49.6  51.0  52.5  53.9  55.3  56.7  58.1
## 130  34.5  34.6  34.6  34.1  33.1  32.0  30.9  34.9  35.5  36.2  36.8  37.5
## 131  47.9  49.5  51.1  52.7  54.3  55.9  57.5  59.1  60.8  62.4  64.0  65.6
## 132  33.2  33.1  33.8  34.5  35.1  35.7  36.4  37.0  37.7  38.3  39.0  39.6
## 133  42.5  43.8  42.4  36.0  38.4  33.6  30.9  42.5  46.0  49.6  53.2  56.8
## 134  45.1  44.8  41.2  33.5  23.6  15.4  34.4  47.1  54.1  57.1  58.1  59.2
## 135  50.4  51.5  48.0  49.9  51.1  52.5  53.9  53.7  56.1  56.8  55.4  58.6
## 136  29.5  29.5  31.6  33.8  36.0  38.1  40.3  42.4  44.6  46.7  48.9  51.0
## 137  49.5  50.6  45.5  44.8  42.5  41.3  45.5  54.1  58.1  59.1  60.2  61.3
## 138  43.6  41.2  23.0  18.0  16.0  27.0  34.0  46.1  40.4  52.2  55.0  57.3
## 139  36.5  36.9  37.4  37.8  35.4  20.3  39.0  39.5  39.9  40.3  40.7  41.1
## 140  36.2  37.7  39.1  40.6  42.1  43.6  45.1  46.6  48.1  49.6  51.1  52.7
## 141  36.0  37.0  38.0  39.1  40.1  41.1  42.1  43.2  44.2  45.2  46.2  47.3
## 142  36.9  37.0  37.1  37.1  37.2  37.3  37.4  39.5  41.6  43.8  46.0  48.1
## 143  31.3  31.7  32.1  32.5  33.0  33.4  33.8  35.2  36.6  38.0  39.5  40.9
## 144  50.2  50.9  44.4  42.1  40.6  39.1  43.6  51.4  55.6  57.0  57.8  58.6
## 145  55.6  55.9  56.1  56.4  56.7  57.0  57.2  57.5  57.8  58.0  58.3  58.6
## 146  30.1  30.2  30.3  30.4  30.6  30.7  30.8  31.7  32.6  33.5  34.4  35.3
## 147  50.0  50.9  49.6  35.5  37.3  36.5  35.3  44.6  53.7  56.7  58.2  59.2
## 148  54.1  54.0  53.8  52.0  47.5  42.5  40.5  54.0  58.0  59.0  60.3  60.9
## 149  53.6  54.6  51.6  49.9  48.2  46.8  48.5  54.3  60.3  61.7  62.7  63.6
## 150  31.3  32.5  33.7  28.1  26.1  31.1  35.2  38.2  40.2  42.1  43.3  44.6
## 151  33.5  33.6  33.6  33.7  33.7  33.8  33.9  34.8  35.7  36.7  37.6  38.5
## 152  40.5  41.1  41.7  42.3  42.8  43.4  44.0  44.6  45.1  45.7  46.3  46.9
## 153  43.6  44.2  44.8  45.4  43.5  42.5  43.0  45.5  47.6  48.2  48.6  43.5
## 154  33.3  33.4  33.5  33.6  33.7  33.8  33.9  34.0  34.1  34.2  34.3  34.4
## 155  46.9  48.2  47.0  52.3  54.6  56.0  57.6  57.3  59.1  61.0  60.7  61.6
## 156  42.2  43.6  46.6  46.8  43.3  43.3  42.4  45.3  52.7  52.4  52.1  51.9
## 157  43.6  44.4  45.3  46.1  47.0  47.8  48.7  49.5  50.4  51.2  52.1  52.9
## 158  40.9  41.7  42.5  43.4  44.2  45.0  45.9  46.7  47.5  48.4  49.2  50.0
## 159  31.6  31.6  32.8  34.0  35.2  36.4  37.6  38.8  40.0  41.2  42.4  43.6
## 160  45.1  46.0  46.9  47.7  48.6  49.5  50.4  51.2  52.1  53.0  53.9  54.7
## 161  33.8  33.8  33.8  33.8  33.9  33.9  33.9  35.6  37.4  39.1  40.9  42.6
## 162  66.4  66.7  67.0  68.9  68.7  67.7  68.3  69.5  69.4  70.7  70.8  71.1
## 163  64.1  63.7  65.1  65.8  66.0  65.0  65.6  66.2  66.4  67.5  68.1  69.1
## 164  37.3  38.5  39.7  40.9  42.1  43.3  44.5  45.6  46.8  48.0  49.2  50.4
## 165  41.5  39.1  29.0  25.1  24.1  31.9  39.2  45.8  38.0  45.9  48.6  50.8
## 166  34.9  34.9  34.9  35.0  35.0  35.0  35.1  36.9  38.7  40.6  42.4  44.3
## 167  41.7  40.7  39.6  39.7  39.7  39.5  40.8  42.1  43.4  51.8  52.4  52.9
## 168  32.0  32.0  32.1  23.3  21.1  17.8  16.7  22.3  29.1  32.4  32.4  32.5
## 169  33.9  33.9  33.9  34.0  34.0  34.0  34.1  34.7  35.3  35.9  36.5  37.1
## 170  46.2  47.4  48.7  49.9  51.2  52.4  53.6  54.9  56.2  57.4  58.7  59.9
## 171  51.0  51.6  52.2  52.8  53.4  54.0  54.6  55.3  55.9  56.5  57.1  57.7
## 172  36.9  37.4  36.2  29.7  27.5  28.7  30.4  38.7  40.9  41.5  42.0  42.5
## 173  35.4  34.5  33.7  32.9  34.3  35.7  37.2  38.6  40.1  40.8  41.6  42.3
## 174  40.5  38.0  27.3  23.3  22.4  30.3  37.7  44.9  37.0  45.0  47.8  50.0
## 175  27.0  27.3  27.6  27.9  28.2  28.4  28.8  30.8  32.8  34.9  36.9  38.9
## 176  49.4  49.2  24.6  19.3  18.0  28.5  35.0  54.5  44.6  57.0  59.8  61.7
## 177  31.5  31.5  31.5  31.5  31.5  31.5  31.5  33.8  36.0  38.2  40.4  42.6
## 178  63.7  60.9  61.3  64.0  64.0  64.8  65.8  66.4  66.4  68.5  68.2  68.7
## 179  63.2  63.4  63.9  64.7  64.4  65.2  65.7  66.4  66.8  67.4  67.8  68.2
## 180  51.4  52.7  54.0  55.4  56.7  58.0  59.3  60.6  62.0  63.3  64.6  65.9
## 181  45.9  43.4  30.7  26.4  24.4  34.0  41.6  50.6  42.5  50.7  53.5  55.9
## 182  31.4  32.6  33.7  34.8  36.0  37.1  38.2  39.4  40.5  41.6  42.8  43.9
## 183  38.0  39.3  40.5  42.1  43.7  45.3  46.9  48.5  50.1  51.8  53.4  55.0
## 184  34.8  33.8  32.9  32.3  30.9  25.3  15.9  33.6  39.2  43.8  46.5  48.2
## 185  23.7  23.7  23.7  23.7  23.7  23.7  23.7  23.7  23.7  23.7  23.8  23.8
## 186  34.9  34.9  34.9  35.0  35.0  35.0  35.1  37.0  38.9  40.8  42.6  44.5
## 187  34.5  34.5  36.0  37.4  38.9  40.3  41.8  43.2  44.7  46.1  47.6  49.1
##     X1951 X1952 X1953 X1954 X1955 X1956 X1957 X1958 X1959 X1960 X1961 X1962
## 1    32.9  33.6  34.3  35.0  35.7  36.4  37.1  37.9  38.6  39.3  40.0  40.8
## 2    54.4  54.8  55.4  56.1  57.0  57.9  58.9  60.0  61.1  62.2  63.3  64.2
## 3    47.5  48.0  48.6  49.1  49.6  50.2  50.8  51.3  51.9  52.5  53.1  53.7
## 4      NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 5    35.5  36.0  36.6  37.1  37.7  38.3  38.8  39.4  40.0  40.6  41.1  41.7
## 6    58.8  59.3  59.8  60.4  60.9  61.4  61.9  62.4  62.9  63.3  63.8  64.2
## 7    61.1  61.6  62.2  62.6  63.0  63.4  63.7  63.9  64.1  64.2  64.3  64.4
## 8    58.7  59.0  59.4  59.8  60.1  60.5  60.8  61.2  61.5  61.9  62.2  62.6
## 9    68.9  69.3  69.9  70.0  70.4  70.3  70.5  71.1  70.7  71.1  71.4  71.2
## 10   65.4  67.0  67.5  67.5  67.8  67.9  67.7  68.7  68.6  69.0  70.0  69.8
## 11   55.4  55.8  56.1  56.5  56.9  57.3  57.6  58.0  58.4  58.7  59.1  59.5
## 12   59.0  59.4  59.8  60.2  60.6  61.0  61.3  61.7  62.0  62.4  62.7  63.0
## 13   42.6  43.5  44.5  45.6  46.7  47.9  49.2  50.5  51.9  53.3  54.7  56.1
## 14   40.5  40.8  41.1  41.4  41.8  42.1  42.5  43.0  43.4  43.9  44.4  45.0
## 15   59.4  60.0  60.7  61.3  61.9  62.4  63.0  63.6  64.1  64.7  65.2  65.7
## 16   64.6  65.0  65.5  65.9  66.3  66.6  67.0  67.4  68.3  71.0  71.8  70.5
## 17   66.8  68.0  68.4  68.7  68.6  68.9  69.3  70.0  70.4  69.7  70.6  70.3
## 18   55.9  56.5  57.0  57.6  58.2  58.7  59.3  59.8  60.4  61.0  61.5  62.1
## 19   35.9  36.4  37.0  37.6  38.2  38.7  39.3  39.8  40.4  40.9  41.5  42.0
## 20   36.5  37.1  37.6  38.2  38.8  39.3  39.9  40.5  41.1  41.7  42.3  42.9
## 21   42.9  43.2  43.5  43.9  44.2  44.6  45.0  45.3  45.7  46.0  46.4  46.8
## 22   53.1  54.3  55.4  56.5  57.5  58.4  59.3  60.2  61.0  61.7  62.4  63.1
## 23   47.7  48.1  48.6  49.0  49.4  49.8  50.3  50.7  51.1  51.5  51.8  52.2
## 24   51.5  52.0  52.5  53.0  53.5  54.0  54.5  55.1  55.6  56.1  56.6  57.1
## 25   53.9  54.5  55.0  55.5  56.1  56.6  57.2  57.7  58.2  58.8  59.3  59.7
## 26   60.6  59.6  64.1  64.4  64.8  65.2  66.6  68.7  66.6  69.2  70.2  69.5
## 27   33.6  34.2  34.8  35.4  35.9  36.5  37.0  37.6  38.2  38.7  39.3  39.9
## 28   39.7  40.0  40.3  40.6  41.0  41.3  41.6  41.9  42.3  42.6  42.9  43.3
## 29   42.4  42.7  43.0  43.2  43.4  43.6  43.7  43.8  44.0  44.1  44.3  44.5
## 30   41.3  41.7  42.1  42.6  43.0  43.5  44.0  44.5  45.0  45.5  46.1  46.6
## 31   68.5  68.8  69.1  70.0  70.0  70.0  70.0  70.6  70.7  71.0  71.3  71.3
## 32   53.4  53.6  53.8  54.0  54.3  54.5  54.7  54.9  55.1  55.4  55.5  55.7
## 33   36.2  36.7  37.2  37.7  38.2  38.7  39.1  39.6  40.1  40.6  41.1  41.7
## 34   41.3  41.6  42.0  42.4  42.7  43.1  43.5  43.9  44.3  44.6  45.0  45.4
## 35   55.2  55.5  55.7  56.0  56.3  56.6  56.9  57.2  57.6  57.9  58.3  58.8
## 36   42.5  43.5  44.5  46.4  48.0  50.4  50.5  50.1  38.3  31.6  34.0  44.4
## 37   52.3  53.6  54.8  55.9  57.0  57.9  58.8  59.6  60.4  61.0  61.6  62.2
## 38   42.3  42.6  43.0  43.4  43.8  44.2  44.6  45.0  45.5  45.9  46.4  46.8
## 39   43.1  43.6  44.0  44.5  44.9  45.3  45.6  45.9  46.3  46.6  46.9  47.2
## 40   39.0  39.6  40.3  41.0  41.6  42.3  42.9  43.5  44.1  44.7  45.2  45.8
## 41   57.8  58.4  59.0  59.6  60.3  60.9  61.5  62.1  62.7  63.3  63.9  64.5
## 42   35.5  36.1  36.7  37.4  38.1  38.9  39.7  40.5  41.4  42.3  43.1  43.9
## 43   60.4  60.9  61.4  61.9  62.4  62.9  63.3  63.8  64.2  64.6  65.0  65.4
## 44   60.0  60.6  61.2  61.8  62.5  63.1  63.7  64.3  65.0  65.6  66.3  66.9
## 45   65.1  65.5  65.9  66.3  66.7  67.1  67.5  67.8  68.1  68.5  68.8  69.1
## 46   65.1  66.7  67.4  67.9  68.8  69.2  68.8  69.7  69.7  70.3  70.4  69.7
## 47   70.8  70.6  71.0  71.2  71.7  71.9  71.6  72.0  72.0  72.0  72.3  72.2
## 48   46.9  47.3  47.8  48.3  48.8  49.4  49.9  50.5  51.1  51.7  52.3  52.9
## 49     NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 50   49.4  50.4  51.3  52.3  53.2  54.1  55.1  56.0  56.9  57.8  58.7  59.5
## 51   51.4  52.0  52.7  53.4  54.1  54.8  55.6  56.4  57.2  58.0  58.7  59.4
## 52   38.3  39.7  40.9  42.1  43.1  44.1  44.9  45.6  46.3  46.9  47.5  48.0
## 53   45.7  46.7  47.7  48.6  49.5  50.5  51.4  52.3  53.1  53.9  54.7  55.5
## 54   37.2  37.6  37.9  38.3  38.7  39.0  39.4  39.8  40.2  40.5  40.9  41.3
## 55   37.0  37.2  37.5  37.7  37.9  38.1  38.4  38.6  38.8  39.1  39.4  39.6
## 56   59.7  60.9  63.5  64.8  65.5  67.1  67.5  68.0  68.4  69.1  69.4  69.6
## 57   33.5  33.8  34.3  34.7  35.2  35.8  33.0  31.0  37.7  38.4  39.1  39.7
## 58   56.2  56.9  57.5  58.2  58.8  59.4  60.0  60.6  61.1  61.7  62.2  62.8
## 59   65.5  66.4  66.5  67.4  67.2  67.8  67.3  68.5  68.7  68.8  68.9  68.6
## 60   66.3  67.5  67.5  68.4  68.6  68.7  69.1  70.3  70.3  70.6  71.2  70.7
## 61   40.0  40.6  41.2  41.7  42.2  42.6  43.0  43.4  43.7  44.1  44.5  45.1
## 62   39.9  40.4  40.9  41.4  41.8  42.2  42.7  43.1  43.5  44.0  44.5  45.1
## 63   58.1  58.4  58.8  59.2  59.5  59.9  60.2  60.6  61.0  61.3  61.7  62.1
## 64   67.2  67.5  67.8  68.1  68.4  68.7  68.6  69.3  69.5  69.4  70.0  70.1
## 65   45.6  46.3  46.9  47.5  48.1  48.8  49.4  49.9  50.5  51.1  51.6  52.1
## 66   67.7  67.9  68.1  68.4  68.7  69.1  69.5  69.9  70.4  70.8  71.3  71.7
## 67   57.0  57.6  58.2  58.8  59.3  59.9  60.4  60.9  61.4  61.9  62.3  62.8
## 68   39.9  40.2  40.5  40.9  41.2  41.6  42.1  42.6  43.0  43.6  44.1  44.6
## 69   38.7  39.1  39.5  39.9  40.3  40.7  41.0  41.4  41.7  42.1  42.4  42.7
## 70   36.1  36.4  36.7  37.0  37.2  37.5  37.8  38.1  38.3  38.6  38.8  38.9
## 71   58.9  59.1  59.3  59.4  59.6  59.8  59.9  60.1  60.2  60.4  60.5  60.7
## 72   35.8  36.5  37.1  37.7  38.3  38.9  39.5  40.0  40.6  41.2  41.7  42.3
## 73   45.0  45.5  46.1  46.8  47.4  48.1  48.9  49.6  50.4  51.2  52.0  52.8
## 74   62.3  63.9  63.8  65.3  66.8  65.9  66.3  67.3  67.2  68.0  68.9  67.8
## 75   71.0  72.4  72.3  73.3  73.3  72.9  73.4  73.4  72.6  74.0  73.4  73.6
## 76   35.5  36.2  36.9  37.6  38.3  39.0  39.7  40.4  41.1  41.9  42.6  43.4
## 77   37.8  38.8  39.7  40.6  41.6  42.5  43.4  44.3  45.2  46.0  46.9  47.7
## 78   42.6  43.3  44.0  44.6  45.3  46.0  46.6  47.3  48.0  48.6  49.3  49.9
## 79   36.7  38.4  39.9  41.5  42.9  44.4  45.7  47.1  48.4  49.6  50.9  52.1
## 80   65.0  67.4  68.1  68.3  68.3  69.2  69.3  69.6  69.7  70.4  69.9  70.2
## 81   64.4  65.0  65.6  66.2  66.7  67.1  67.5  67.9  68.3  68.6  68.9  69.2
## 82   65.3  65.9  66.6  67.9  68.2  67.6  67.8  68.8  69.3  69.2  69.8  69.2
## 83   57.9  58.9  59.8  60.7  61.6  62.4  63.1  63.9  64.6  65.2  65.8  66.3
## 84   61.4  63.5  63.8  65.1  66.2  66.1  66.0  67.6  68.0  68.3  69.0  69.3
## 85   46.0  46.9  47.8  48.7  49.5  50.4  51.2  52.1  52.9  53.7  54.5  55.3
## 86   55.7  56.2  56.7  57.1  57.6  58.1  58.6  59.0  59.5  60.0  60.4  60.9
## 87   45.7  46.1  46.6  47.1  47.7  48.3  49.0  49.7  50.5  51.3  52.0  52.8
## 88   45.4  45.9  46.4  46.9  47.4  47.9  48.4  49.0  49.5  50.0  50.5  51.0
## 89   53.8  54.9  56.0  57.1  58.1  59.1  60.1  61.0  61.8  62.6  63.4  64.2
## 90   51.7  52.1  52.6  53.0  53.5  53.9  54.4  54.8  55.3  55.7  56.1  56.6
## 91   37.3  37.5  37.7  38.0  38.2  38.4  38.7  38.9  39.1  39.4  39.6  39.9
## 92   60.6  62.0  63.3  64.5  65.6  66.6  67.4  68.2  69.7  70.5  70.7  70.1
## 93   61.0  61.5  61.9  62.4  62.8  63.2  63.6  64.0  64.3  64.7  65.0  65.3
## 94   45.9  46.6  47.3  48.0  48.8  49.5  50.2  51.0  51.7  52.4  53.0  53.5
## 95   37.9  38.2  38.5  38.8  39.1  39.4  39.7  40.0  40.3  40.6  41.0  41.4
## 96   41.8  41.4  41.3  41.5  42.0  42.8  44.0  45.4  47.0  48.8  50.7  52.7
## 97   63.9  64.5  65.1  65.8  66.4  67.0  67.6  68.2  67.7  70.3  70.5  69.4
## 98   66.0  66.3  66.7  67.0  67.3  67.6  67.9  68.2  68.5  69.7  70.2  69.3
## 99   39.4  40.0  40.5  41.1  41.7  42.3  42.9  43.5  44.1  44.7  45.3  45.9
## 100  38.1  38.3  38.4  38.6  38.9  39.1  39.4  39.6  39.9  40.2  40.4  40.7
## 101  53.7  54.4  55.0  55.7  56.3  56.9  57.5  58.2  58.8  59.4  59.9  60.5
## 102  30.7  30.9  31.0  31.2  31.5  31.8  32.1  32.5  33.0  33.5  34.0  34.7
## 103  31.4  31.9  32.2  32.6  32.9  33.1  33.3  33.5  33.8  34.0  34.2  34.5
## 104  65.4  65.5  65.7  65.8  66.0  66.2  66.5  66.8  67.0  67.3  67.7  68.0
## 105    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 106  40.7  41.3  42.0  42.7  43.4  44.2  44.9  45.7  46.5  47.3  48.1  48.9
## 107  47.5  48.5  49.5  50.6  51.7  52.8  53.9  55.1  56.2  57.3  58.2  59.1
## 108  49.5  50.6  51.7  52.7  53.7  54.6  55.4  56.2  57.0  57.6  58.2  58.8
## 109  52.8  53.2  53.6  54.0  54.4  54.7  55.1  55.5  55.9  56.2  56.6  57.0
## 110  57.1  57.6  58.0  58.4  58.8  59.1  59.5  59.8  60.2  60.5  60.9  61.2
## 111  41.4  41.7  42.0  42.5  43.0  43.6  44.4  45.1  46.0  46.8  47.7  48.5
## 112  60.7  61.0  61.4  61.8  62.3  62.8  63.5  64.1  64.8  65.5  66.3  67.0
## 113  46.8  47.1  47.5  47.8  48.2  48.6  49.0  49.4  49.9  50.3  50.8  51.3
## 114  35.5  36.2  36.8  37.5  38.1  38.8  39.5  40.1  40.8  41.4  42.0  42.6
## 115  31.2  32.5  33.7  34.7  35.6  36.4  37.1  37.7  38.2  38.8  39.3  40.0
## 116  44.3  45.2  46.0  46.9  47.7  48.5  49.3  50.1  50.9  51.6  52.4  53.1
## 117  39.5  40.0  40.5  41.1  41.6  42.1  42.6  43.2  43.7  44.2  44.8  45.3
## 118  71.6  72.2  71.8  72.5  72.6  72.7  73.1  73.3  73.3  73.5  73.7  73.4
## 119  69.1  69.3  70.2  70.3  70.4  70.7  70.2  70.8  70.8  71.2  70.9  71.2
## 120  43.5  44.1  44.8  45.5  46.2  46.9  47.6  48.3  49.0  49.7  50.4  51.1
## 121  40.2  40.3  40.4  40.6  40.7  40.9  41.0  41.2  41.4  41.5  41.7  41.8
## 122  43.5  44.1  44.7  45.3  45.9  46.6  47.3  48.1  48.8  49.6  50.3  51.0
## 123  29.9  27.7  35.5  47.7  52.3  54.0  55.2  55.9  56.8  57.4  57.9  58.4
## 124  55.1  56.1  57.1  58.0  58.9  59.7  60.5  61.2  62.0  62.6  63.3  64.0
## 125  72.3  72.5  73.0  73.0  73.2  73.3  73.2  73.2  73.3  73.4  73.4  73.3
## 126  34.1  35.0  35.9  36.8  37.7  38.6  39.4  40.3  41.1  41.9  42.7  43.5
## 127  38.2  39.4  40.7  41.9  43.1  44.2  45.4  46.5  47.5  48.6  49.5  50.5
## 128  50.5  50.8  51.1  51.5  51.9  52.3  52.8  53.3  53.8  54.4  55.1  55.8
## 129  58.4  59.0  59.6  60.2  60.8  61.4  62.0  62.6  63.2  63.8  64.4  64.9
## 130  37.8  38.4  39.0  39.6  40.2  40.8  41.4  42.0  42.6  43.3  44.0  44.8
## 131  65.6  65.7  65.7  65.8  66.0  66.2  66.4  66.7  66.9  67.2  67.5  67.7
## 132  39.7  40.0  40.4  40.7  41.1  41.5  41.9  42.4  42.9  43.3  43.8  44.2
## 133  57.0  57.4  57.8  58.1  58.5  58.9  59.2  59.6  59.9  60.3  60.6  61.0
## 134  59.8  61.0  62.1  63.1  64.0  64.8  65.6  66.1  65.7  68.0  68.2  67.8
## 135  58.8  59.9  61.2  62.3  61.5  61.3  61.6  63.9  63.0  64.3  62.9  64.4
## 136  51.4  52.1  52.9  53.6  54.3  55.0  55.7  56.4  57.1  57.8  58.4  59.1
## 137  61.2  61.1  61.2  61.5  62.0  62.6  63.3  64.2  65.1  65.9  66.7  67.3
## 138  57.8  58.2  59.0  61.0  63.4  64.9  64.0  66.9  67.7  68.7  68.9  68.6
## 139  41.3  41.6  42.0  42.3  42.6  43.0  43.3  43.7  44.0  44.4  44.7  45.0
## 140  53.1  53.8  54.5  55.2  55.9  56.6  57.4  58.1  58.8  59.5  60.2  60.9
## 141  47.5  47.9  48.4  48.9  49.5  50.0  50.6  51.2  51.9  52.5  53.1  53.7
## 142  48.5  49.2  49.8  50.5  51.2  51.9  52.5  53.2  53.9  54.6  55.3  56.0
## 143  41.3  41.9  42.6  43.2  43.8  44.4  44.9  45.4  45.8  46.2  46.5  46.6
## 144  58.8  59.3  59.8  60.3  60.8  61.3  61.8  62.4  62.9  63.4  64.0  64.5
## 145  58.5  58.5  58.5  58.7  59.0  59.4  59.9  60.5  61.2  61.8  62.5  63.1
## 146  35.5  35.9  36.2  36.6  36.9  37.3  37.6  38.0  38.3  38.7  39.0  39.4
## 147  59.7  60.6  61.6  62.4  63.3  64.0  64.7  65.4  66.0  66.5  66.9  67.3
## 148  61.3  64.4  65.7  66.7  67.8  68.4  67.5  69.3  69.0  70.3  70.8  70.3
## 149  63.9  64.5  65.0  65.5  66.0  66.4  66.8  67.1  67.5  67.7  67.9  68.0
## 150  44.9  45.4  45.9  46.4  46.9  47.4  47.9  48.4  49.0  49.5  50.0  50.5
## 151  38.9  39.4  39.9  40.5  41.0  41.5  42.1  42.6  43.2  43.7  44.3  44.8
## 152  47.3  48.2  49.0  49.8  50.5  51.1  51.7  52.3  52.8  53.3  53.7  54.2
## 153  41.0  40.5  45.6  48.6  50.2  50.9  51.6  52.3  53.0  53.8  54.5  55.3
## 154  34.9  35.8  36.6  37.5  38.3  39.1  39.8  40.5  41.3  42.0  42.6  43.3
## 155  61.2  64.6  65.5  66.7  66.4  66.5  66.3  68.5  68.4  68.9  69.3  69.3
## 156  52.4  53.5  54.4  55.3  56.0  56.7  57.3  57.8  58.2  58.6  59.0  59.4
## 157  53.0  53.3  53.6  54.1  54.6  55.3  56.0  56.8  57.6  58.5  59.3  60.1
## 158  50.2  50.7  51.3  52.0  52.8  53.7  54.7  55.8  56.9  58.0  59.2  60.2
## 159  43.9  44.5  45.1  45.6  46.1  46.6  47.1  47.6  48.0  48.5  48.9  49.3
## 160  55.1  55.8  56.4  57.0  57.5  58.0  58.5  58.9  59.4  59.7  60.1  60.5
## 161  42.9  43.4  43.9  44.4  44.9  45.3  45.8  46.1  46.5  46.9  47.3  47.6
## 162  71.3  71.8  71.8  72.3  72.5  72.6  72.4  73.1  73.3  73.0  73.4  73.3
## 163  68.9  69.8  69.7  70.2  70.3  70.4  70.7  71.5  71.7  71.6  72.0  71.5
## 164  50.8  51.4  52.0  52.7  53.3  53.9  54.5  55.2  55.8  56.4  57.0  57.6
## 165  51.0  51.4  51.8  52.1  52.5  52.9  53.3  53.7  54.0  54.4  54.8  55.2
## 166  44.5  45.1  45.6  46.0  46.5  46.9  47.3  47.7  48.0  48.4  48.7  49.0
## 167  53.1  53.4  53.9  54.3  54.8  55.4  55.9  56.5  57.1  57.7  58.3  58.8
## 168  32.8  33.4  34.0  34.7  35.3  35.9  36.5  37.1  37.7  38.4  39.0  39.6
## 169  37.5  38.4  39.1  39.9  40.7  41.5  42.3  43.0  43.8  44.6  45.3  46.1
## 170  60.1  60.5  60.9  61.3  61.7  62.1  62.5  63.0  63.4  63.8  64.2  64.6
## 171  58.0  58.4  59.0  59.6  60.2  60.9  61.5  62.3  63.0  63.6  64.3  64.8
## 172  42.7  43.0  43.4  43.8  44.2  44.7  45.3  45.9  46.5  47.2  48.0  48.8
## 173  42.6  43.0  43.5  44.0  44.6  45.2  45.9  46.6  47.4  48.1  48.9  49.7
## 174  50.3  50.7  51.1  51.5  51.9  52.4  52.8  53.2  53.6  54.0  54.4  54.9
## 175  39.2  39.7  40.2  40.7  41.2  41.7  42.3  42.8  43.3  43.9  44.5  45.1
## 176  61.3  62.0  62.7  63.5  65.3  66.2  66.2  67.8  68.2  69.8  70.1  69.5
## 177  43.3  44.5  45.8  47.0  48.2  49.4  50.6  51.7  52.8  53.9  55.0  56.1
## 178  68.3  69.6  69.8  70.2  70.2  70.4  70.5  70.7  70.8  71.0  70.8  70.9
## 179  68.3  68.5  68.9  69.7  69.7  69.8  69.6  69.8  70.1  70.0  70.4  70.3
## 180  66.0  66.1  66.3  66.5  66.7  66.9  67.2  67.4  67.7  67.9  68.1  68.3
## 181  56.1  56.6  57.0  57.5  57.9  58.4  58.8  59.3  59.7  60.2  60.6  61.1
## 182  44.3  45.0  45.7  46.4  47.1  47.8  48.4  49.1  49.8  50.5  51.2  52.0
## 183  55.3  55.9  56.5  57.0  57.6  58.2  58.8  59.5  60.0  60.7  61.3  61.9
## 184  48.6  49.3  50.0  50.7  51.4  52.0  52.6  53.2  53.8  54.4  55.0  55.5
## 185  24.2  25.2  26.2  27.1  28.1  29.1  30.1  31.0  32.0  33.0  33.9  34.9
## 186  44.8  45.3  45.8  46.3  46.8  47.3  47.8  48.3  48.7  49.2  49.7  50.1
## 187  49.3  49.8  50.2  50.6  51.1  51.5  52.0  52.4  52.8  53.2  53.6  54.0
##     X1963 X1964 X1965 X1966 X1967 X1968 X1969 X1970 X1971 X1972 X1973 X1974
## 1    41.5  42.3  43.0  43.7  44.5  45.2  45.9  46.6  46.8  46.8  46.9  47.0
## 2    64.9  65.4  65.8  66.1  66.3  66.4  66.6  66.9  67.5  68.1  68.7  69.3
## 3    54.3  54.9  55.4  56.0  56.5  57.0  57.6  58.1  58.4  58.8  59.2  59.7
## 4      NA    NA    NA    NA    NA    NA    NA  75.5  75.8  76.1  76.4  76.7
## 5    42.3  42.9  43.5  44.1  44.7  45.3  45.9  46.5  46.7  46.9  47.1  47.3
## 6    64.7  65.1  65.5  65.8  66.2  66.6  67.0  67.3  67.7  68.1  68.5  68.8
## 7    64.5  64.6  64.7  64.8  64.9  65.1  65.3  65.6  65.8  66.2  66.6  67.0
## 8    62.9  63.3  63.7  64.0  64.4  64.7  65.0  65.3  65.9  66.4  66.9  67.4
## 9    71.2  70.9  71.2  71.0  71.3  71.0  71.4  71.0  71.3  71.6  71.9  72.1
## 10   69.9  70.4  70.2  70.5  70.4  70.5  70.3  70.3  70.5  70.7  71.1  71.3
## 11   59.9  60.2  60.6  61.0  61.4  61.7  62.0  62.3  63.0  63.6  64.3  65.0
## 12   63.4  63.7  64.0  64.3  64.5  64.8  65.1  65.4  65.8  66.2  66.8  67.2
## 13   57.5  58.9  60.1  61.3  62.4  63.5  64.5  65.4  66.1  66.7  67.4  68.0
## 14   45.4  45.9  46.2  46.2  46.0  45.5  44.8  44.1  44.5  52.2  52.2  51.6
## 15   66.2  66.7  67.2  67.7  68.2  68.6  69.1  69.5  69.9  70.2  70.5  70.8
## 16   71.1  72.6  72.2  72.5  72.3  72.3  72.0  71.4  71.7  71.7  71.8  72.0
## 17   70.1  70.8  70.6  70.7  71.0  70.7  70.8  71.0  71.2  71.4  71.7  71.9
## 18   62.7  63.3  63.9  64.5  65.1  65.7  66.2  66.8  67.2  67.5  67.8  68.2
## 19   42.6  43.1  43.7  44.4  45.0  45.6  46.3  47.0  47.4  48.0  48.5  49.0
## 20   43.5  44.0  44.6  45.3  46.1  46.9  47.8  48.8  49.5  50.0  50.5  50.9
## 21   47.2  47.6  47.9  48.3  48.7  49.0  49.4  49.8  50.4  51.1  51.7  52.3
## 22   63.7  64.3  64.9  65.5  66.1  66.7  67.3  67.8  68.2  68.6  68.9  69.2
## 23   52.6  52.9  53.3  53.7  54.1  54.6  55.1  55.7  56.3  56.9  57.5  58.1
## 24   57.6  58.0  58.5  58.9  59.3  59.7  60.1  60.6  61.0  61.4  61.9  62.3
## 25   60.2  60.6  61.0  61.4  61.8  62.1  62.5  62.8  63.4  64.3  65.3  66.2
## 26   70.3  71.1  71.3  71.2  70.4  71.2  70.4  71.3  71.2  71.2  71.4  71.4
## 27   40.5  41.1  41.7  42.3  42.8  43.4  44.0  44.5  44.7  45.2  45.4  45.8
## 28   43.6  43.9  44.3  44.5  44.8  45.0  45.2  45.4  45.6  18.5  45.8  45.9
## 29   44.7  45.0  45.2  45.5  45.7  45.9  45.7  44.9  45.2  45.4  45.4  45.4
## 30   47.1  47.6  48.2  48.7  49.3  49.8  50.4  51.0  51.3  51.8  52.1  52.5
## 31   71.3  71.7  71.8  71.9  72.1  72.3  72.5  72.7  72.8  72.9  73.1  73.3
## 32   55.9  56.1  56.4  56.8  57.3  57.9  58.7  59.6  59.4  61.0  62.0  63.2
## 33   42.2  42.8  43.4  44.0  44.8  45.5  46.4  47.3  47.3  47.3  47.3  47.4
## 34   45.8  46.2  46.6  47.0  47.5  48.1  48.7  49.3  49.1  50.0  50.9  51.0
## 35   59.2  59.7  60.3  60.8  61.4  61.9  62.5  63.1  63.4  63.6  64.2  66.0
## 36   51.8  53.2  55.5  56.7  58.3  59.3  60.9  62.5  63.1  63.7  64.2  64.5
## 37   62.8  63.3  63.8  64.3  64.7  65.2  65.6  66.0  66.0  65.5  65.4  65.7
## 38   47.3  47.7  48.1  48.6  49.1  49.6  50.2  50.7  51.1  51.5  51.8  52.2
## 39   47.5  47.8  48.2  48.6  49.0  49.5  49.9  50.4  50.7  50.9  51.2  51.5
## 40   46.2  46.7  47.1  47.5  47.8  48.1  48.4  48.6  49.0  49.4  49.8  50.3
## 41   65.1  65.7  66.3  66.8  67.3  67.8  68.4  68.9  69.4  70.0  70.6  71.2
## 42   44.7  45.5  46.3  47.1  47.9  48.8  49.8  50.8  51.4  51.9  52.4  52.9
## 43   65.8  66.2  66.5  66.9  67.2  67.6  67.9  68.3  68.6  68.9  69.1  69.3
## 44   67.6  68.2  68.9  69.6  70.2  70.8  71.4  72.0  72.3  72.7  73.0  73.2
## 45   69.4  69.7  69.9  70.2  70.5  70.7  71.0  71.2  71.5  71.7  71.8  52.1
## 46   70.2  70.4  70.0  70.3  70.2  69.7  69.2  69.3  69.4  69.6  69.7  69.9
## 47   72.2  72.3  72.2  72.3  72.8  73.0  73.0  73.2  73.3  73.4  73.6  73.8
## 48   53.5  54.0  54.6  55.3  56.1  56.9  57.8  58.7  58.3  59.2  59.5  59.6
## 49     NA    NA    NA    NA    NA    NA    NA  68.2  68.7  69.4  70.1  70.7
## 50   60.4  61.2  62.1  62.9  63.7  64.5  65.2  66.0  66.4  66.8  67.4  67.8
## 51   60.0  60.6  61.2  61.7  62.1  62.6  63.1  63.6  64.0  64.3  64.8  65.3
## 52   48.4  48.9  49.3  49.7  50.0  50.3  50.5  50.8  51.7  51.9  52.3  53.3
## 53   56.2  56.9  57.5  58.0  58.5  59.0  59.4  59.7  60.3  60.7  61.6  62.2
## 54   41.7  42.0  42.4  42.8  43.2  43.5  43.9  44.3  44.6  44.8  45.2  45.5
## 55   39.9  40.3  40.6  41.0  41.4  41.8  42.2  42.6  42.9  43.3  43.6  43.9
## 56   69.7  70.4  70.5  70.4  70.7  70.3  70.0  70.1  70.2  69.8  70.3  70.3
## 57   40.3  40.2  39.0  40.0  42.0  42.4  42.7  43.0  43.2  43.1  41.0  38.9
## 58   63.3  63.8  64.3  64.8  65.3  65.8  66.3  66.8  66.5  66.5  66.3  66.5
## 59   69.0  69.2  69.0  69.5  69.7  69.6  69.5  70.2  70.5  70.9  71.3  71.5
## 60   70.5  71.5  71.3  71.7  71.7  71.7  71.5  72.3  72.5  72.7  72.9  73.1
## 61   45.8  46.5  47.5  48.4  49.5  50.5  51.6  52.6  53.1  53.6  54.1  54.9
## 62   45.8  46.6  47.5  48.5  49.7  50.9  52.2  53.5  53.9  54.3  54.6  55.0
## 63   62.4  62.8  63.2  63.5  63.8  64.2  64.4  64.7  65.3  65.8  66.4  66.9
## 64   70.2  70.8  70.8  70.9  71.1  70.8  70.6  70.8  70.9  71.2  71.4  71.6
## 65   52.7  53.1  53.6  54.0  54.4  54.8  55.2  55.6  55.9  56.3  56.6  56.9
## 66   72.0  72.3  72.5  72.8  73.0  73.3  73.6  74.0  74.3  74.4  74.7  74.9
## 67   63.2  63.7  64.1  64.5  64.9  65.3  65.6  66.0  66.3  66.7  67.1  67.6
## 68   45.2  45.7  46.3  46.9  47.5  48.2  48.9  49.5  50.7  51.8  53.0  53.8
## 69   43.0  43.2  43.5  43.8  44.0  44.3  44.7  45.0  45.2  45.3  45.5  45.8
## 70   39.0  39.2  39.3  39.5  39.6  39.7  39.8  39.9  40.4  40.8  41.2  44.1
## 71   60.8  61.0  61.1  61.3  61.5  61.6  61.8  61.9  62.1  62.3  62.5  62.7
## 72   42.8  43.4  43.9  44.4  44.8  45.2  45.6  46.0  46.3  46.7  47.4  48.1
## 73   53.6  54.4  55.1  55.8  56.6  57.3  58.0  58.7  59.3  60.1  58.7  55.9
## 74   68.8  69.3  69.0  69.8  69.3  69.2  69.2  69.1  69.2  69.4  69.4  69.3
## 75   72.9  73.5  73.8  73.2  73.7  73.9  73.7  73.8  73.8  74.0  74.3  74.5
## 76   44.1  44.9  45.7  46.5  47.3  48.0  48.7  49.5  49.9  50.4  51.0  51.5
## 77   48.5  49.4  44.8  45.2  51.7  52.5  53.3  54.0  54.5  55.0  55.6  56.3
## 78   50.6  51.2  51.9  52.5  53.2  53.9  54.7  55.5  57.5  59.1  61.4  63.2
## 79   53.4  54.6  55.8  56.9  57.9  58.8  59.6  60.4  61.4  61.5  61.7  60.4
## 80   70.5  70.7  70.9  70.4  71.5  71.2  71.1  71.1  71.3  71.2  71.2  71.3
## 81   69.5  69.7  70.0  70.3  70.5  70.7  70.9  71.1  72.5  72.6  68.0  72.8
## 82   69.3  70.4  70.3  71.0  71.0  70.8  70.9  71.6  71.9  72.1  72.3  72.7
## 83   66.8  67.3  67.7  68.1  68.4  68.8  69.1  69.4  69.8  70.4  70.9  71.2
## 84   70.3  70.8  70.9  71.7  72.0  72.3  72.6  72.7  73.1  73.5  73.8  74.2
## 85   56.1  56.9  57.7  58.5  59.3  60.0  60.8  61.5  62.1  62.8  63.3  63.7
## 86   61.4  61.9  62.3  62.8  63.2  63.6  64.0  64.4  64.7  64.9  65.1  65.3
## 87   53.5  54.2  54.9  55.6  56.3  57.0  57.6  58.4  58.7  59.1  59.5  59.9
## 88   51.5  52.1  52.6  53.1  53.6  54.1  54.6  55.2  55.4  55.8  56.3  57.2
## 89   64.9  65.6  66.2  66.8  67.4  67.9  68.5  69.0  69.7  69.7  69.3  69.3
## 90   57.0  57.5  57.9  58.4  58.8  59.2  59.5  59.9  60.4  60.9  61.4  61.8
## 91   40.1  40.3  40.6  40.8  41.0  41.3  41.5  41.7  42.2  42.6  43.1  44.7
## 92   70.5  71.7  71.4  71.4  71.0  70.7  70.4  70.4  70.5  70.2  70.1  70.0
## 93   65.6  65.9  66.2  66.5  66.8  67.1  67.4  67.7  67.9  68.2  68.5  69.0
## 94   54.0  54.3  54.6  54.8  55.0  55.2  55.5  55.8  55.9  56.1  56.4  56.8
## 95   41.9  42.5  43.1  43.8  44.5  45.2  46.0  46.7  47.2  47.7  48.1  48.6
## 96   54.5  56.4  58.0  59.6  61.1  62.5  63.8  65.1  65.9  66.5  67.1  67.5
## 97   70.6  72.0  71.7  71.9  71.9  71.6  71.2  71.1  71.8  71.4  71.5  71.1
## 98   69.5  69.7  70.1  70.0  70.4  71.0  70.5  70.3  70.5  70.8  71.0  71.3
## 99   46.4  47.0  47.6  48.2  48.8  49.4  50.0  50.6  51.0  51.7  52.3  52.7
## 100  40.9  41.2  41.4  41.7  42.1  42.5  42.9  43.4  44.0  44.6  45.2  45.8
## 101  61.0  61.5  62.0  62.5  63.0  63.5  63.9  64.3  64.8  65.3  65.8  66.2
## 102  35.4  36.1  36.9  37.7  38.5  39.3  40.1  40.8  42.0  43.1  44.1  45.1
## 103  34.9  35.3  35.8  36.5  37.2  38.0  38.9  39.7  39.9  40.5  40.8  41.1
## 104  68.3  68.6  68.9  69.1  69.4  69.7  70.0  70.2  70.5  70.9  71.1  71.3
## 105    NA    NA    NA    NA    NA    NA    NA  58.9  59.3  59.5  60.0  60.5
## 106  49.6  50.3  51.0  51.6  52.2  52.8  53.4  53.9  54.2  54.5  54.7  55.0
## 107  59.8  60.3  60.8  61.0  61.2  61.3  61.3  61.4  61.9  62.4  62.9  63.3
## 108  59.2  59.7  60.0  60.4  60.8  61.2  61.6  62.0  62.9  63.2  63.5  64.0
## 109  57.4  57.7  58.1  58.5  58.9  59.3  59.6  60.0  60.2  60.4  60.6  60.8
## 110  61.6  61.9  62.3  62.6  62.8  63.1  63.2  63.3  63.6  63.9  64.2  64.5
## 111  49.3  50.0  50.7  51.3  51.8  52.4  52.9  53.4  54.1  54.8  55.5  56.2
## 112  67.6  68.3  68.9  69.5  70.1  70.7  71.3  72.0  72.1  72.2  72.3  72.5
## 113  51.7  52.2  52.6  53.1  53.5  54.0  54.4  54.8  55.3  55.9  56.3  56.9
## 114  43.2  43.8  44.3  44.9  45.4  46.0  46.6  47.2  47.5  47.8  48.0  48.5
## 115  40.7  41.5  42.4  43.3  44.0  44.7  45.3  45.8  47.0  47.7  48.4  49.0
## 116  53.8  54.5  55.2  55.8  56.5  57.1  57.8  58.5  58.7  58.8  59.0  59.1
## 117  45.8  46.4  46.9  47.4  47.9  48.4  49.0  49.5  49.9  50.2  50.5  50.8
## 118  73.5  73.9  73.7  73.7  74.0  73.8  73.7  73.7  73.8  73.9  74.2  74.5
## 119  71.3  71.3  71.2  71.1  71.5  71.1  71.5  71.3  71.5  71.5  71.7  71.8
## 120  51.9  52.6  53.3  54.1  54.8  55.6  56.3  57.1  58.4  51.0  61.0  62.2
## 121  42.0  42.1  42.3  42.4  42.5  42.7  42.9  43.1  42.7  43.1  43.0  42.9
## 122  51.8  52.4  53.1  53.8  46.2  39.5  36.9  50.7  51.1  51.6  52.1  52.7
## 123  59.0  59.9  61.0  62.3  63.7  65.0  66.3  67.5  68.2  68.7  69.2  69.7
## 124  64.6  65.3  65.9  66.5  67.1  67.7  68.2  68.8  69.1  69.4  69.7  70.0
## 125  72.9  73.4  73.5  73.8  73.8  73.7  73.4  73.8  74.0  74.2  74.4  74.5
## 126  44.3  45.0  45.8  46.5  47.2  47.9  48.6  49.3  50.7  51.4  52.4  53.6
## 127  51.4  52.2  53.0  53.7  54.4  55.0  55.7  56.2  51.6  57.0  57.3  57.5
## 128  56.5  57.3  58.0  58.9  59.7  60.5  61.3  62.1  66.2  66.5  40.5  66.7
## 129  65.5  66.0  66.5  67.0  67.5  68.0  68.5  69.0  69.7  70.4  71.1  71.7
## 130  45.7  46.6  47.6  48.6  49.6  50.6  51.6  52.5  52.6  53.0  53.2  53.4
## 131  68.0  68.2  68.3  68.5  68.7  68.9  69.1  69.3  69.4  69.6  69.8  70.0
## 132  44.6  45.0  45.3  45.8  46.2  46.8  47.4  48.0  58.9  60.0  60.8  61.7
## 133  61.3  61.7  62.0  62.3  62.7  63.0  63.4  63.7  64.0  63.9  64.1  64.3
## 134  68.7  69.0  69.7  70.1  69.8  70.4  69.9  70.1  70.1  70.8  71.0  71.4
## 135  65.1  65.3  66.3  65.8  66.7  67.0  66.6  67.2  67.5  68.2  68.6  68.9
## 136  59.8  60.5  61.1  61.8  62.4  63.0  63.6  64.2  64.2  64.3  64.3  64.9
## 137  67.7  67.9  68.0  68.0  67.9  68.0  68.1  68.4  68.9  69.2  69.3  69.9
## 138  69.0  69.8  69.4  69.5  69.3  69.3  68.7  68.9  69.0  68.8  69.0  68.8
## 139  45.3  45.6  45.9  46.1  46.4  46.5  46.7  46.8  47.0  47.1  47.3  47.5
## 140  61.6  62.3  63.0  63.8  64.5  65.2  65.9  66.7  66.7  66.7  66.7  66.7
## 141  54.3  54.9  55.5  56.1  56.6  57.2  57.8  58.5  59.2  59.9  60.5  61.0
## 142  56.8  57.6  58.5  59.4  60.5  61.6  62.9  64.2  64.9  65.8  66.7  67.6
## 143  46.7  46.8  46.8  46.9  47.0  47.3  47.7  48.3  48.5  48.9  49.2  49.6
## 144  65.1  65.6  66.1  66.6  67.1  67.5  68.0  68.3  68.4  68.8  69.1  69.3
## 145  63.6  64.1  64.5  64.8  65.2  65.6  66.0  66.5  67.0  67.5  68.2  68.8
## 146  39.8  40.2  40.7  41.3  42.1  43.0  44.0  45.1  45.5  45.9  46.2  46.5
## 147  67.5  67.8  68.0  68.2  68.4  68.6  68.9  69.3  69.5  69.7  70.0  70.5
## 148  70.7  71.1  70.3  70.4  71.0  70.5  69.8  69.7  69.8  70.0  70.0  70.2
## 149  68.1  68.2  68.2  68.2  68.2  68.2  68.2  68.3  68.6  68.9  69.1  69.4
## 150  51.0  51.5  52.0  52.5  53.0  53.6  54.1  54.6  55.0  55.4  55.7  56.2
## 151  45.4  45.9  46.5  47.0  47.6  48.1  48.7  49.3  49.3  49.5  49.6  47.1
## 152  54.7  55.1  55.6  56.1  56.5  57.0  57.4  57.9  58.3  58.6  58.9  59.2
## 153  56.0  56.8  57.7  58.5  59.4  60.3  61.3  62.1  62.6  62.9  63.5  63.9
## 154  44.0  44.7  45.4  46.1  46.8  47.4  48.1  48.7  47.5  47.7  49.4  49.7
## 155  69.5  70.2  70.6  70.8  71.0  71.3  70.8  71.8  72.0  72.5  72.6  73.0
## 156  59.8  60.2  60.7  61.2  61.8  62.3  62.7  63.2  63.0  63.0  63.0  62.8
## 157  60.8  61.4  61.9  62.4  62.8  63.3  63.9  64.4  64.7  65.0  65.1  65.5
## 158  61.1  62.0  62.7  63.3  63.8  64.3  64.8  65.1  65.4  65.8  66.3  66.6
## 159  49.8  50.2  50.6  51.0  51.4  51.8  52.2  52.6  53.4  53.5  53.4  53.5
## 160  60.8  61.2  61.6  61.9  62.3  62.7  63.0  63.4  63.5  63.7  63.8  63.8
## 161  47.9  48.3  48.6  49.0  49.5  50.0  50.6  51.2  51.9  52.7  53.3  54.0
## 162  73.5  73.7  73.8  74.1  74.1  74.0  74.1  74.6  74.7  74.8  75.0  75.1
## 163  71.5  72.4  72.5  72.7  73.0  72.9  72.9  73.4  73.6  74.0  74.4  74.8
## 164  58.3  59.0  59.7  60.4  61.2  62.0  62.8  63.7  64.1  64.7  64.3  65.6
## 165  55.6  56.0  56.4  56.8  57.1  57.5  57.8  58.1  58.9  59.2  59.6  59.9
## 166  49.4  49.7  50.1  50.5  50.9  51.4  51.8  52.3  52.7  53.1  53.5  53.8
## 167  59.3  59.8  60.2  60.6  61.0  61.5  62.0  62.5  62.9  63.4  63.9  64.5
## 168  40.2  40.9  41.5  42.3  43.2  44.1  44.9  45.6  46.3  47.0  47.7  48.5
## 169  46.9  47.6  48.4  49.1  49.8  50.6  51.3  52.1  52.5  53.0  53.4  53.9
## 170  65.0  65.4  65.8  66.2  66.5  66.9  67.3  67.7  67.8  67.9  68.0  68.1
## 171  65.2  65.5  65.7  65.9  66.0  66.0  66.1  66.3  66.3  66.5  66.7  67.0
## 172  49.7  50.7  51.8  53.0  54.2  55.5  56.8  58.2  59.1  60.1  61.0  61.9
## 173  50.6  51.4  52.2  53.0  53.7  54.4  55.1  55.8  56.5  57.2  57.8  58.3
## 174  55.3  55.7  56.1  56.5  56.9  57.3  57.6  57.9  58.6  59.1  59.7  60.3
## 175  45.7  46.2  46.8  47.3  47.8  48.1  48.5  48.7  48.9  49.1  49.4  49.5
## 176  70.1  70.8  70.3  70.5  70.1  70.2  69.6  69.5  69.6  69.7  69.9  69.8
## 177  57.2  58.3  59.3  60.3  61.3  62.2  63.1  63.9  64.9  65.4  65.9  66.4
## 178  70.8  71.6  71.6  71.5  72.1  71.7  71.7  71.9  72.1  72.1  72.3  72.4
## 179  70.1  70.4  70.5  70.5  70.9  70.5  70.8  71.0  71.3  71.5  71.8  72.2
## 180  68.5  68.6  68.7  68.7  68.7  68.7  68.7  68.8  68.9  68.7  68.8  68.8
## 181  61.5  62.0  62.4  62.9  63.3  63.7  64.0  64.4  64.8  65.2  65.6  66.0
## 182  52.6  53.4  54.1  54.8  55.5  56.1  56.8  57.5  57.8  58.0  58.4  58.9
## 183  62.5  63.1  63.6  64.2  64.8  65.3  65.8  66.3  66.3  66.3  66.4  66.9
## 184  56.1  56.5  56.8  56.9  56.5  56.0  55.2  54.4  55.1  51.1  55.2  54.1
## 185  35.8  36.7  37.6  38.5  39.4  40.3  41.1  42.0  44.5  45.4  46.6  47.6
## 186  50.5  51.0  51.4  51.9  52.4  52.9  53.4  54.0  54.4  54.9  55.3  55.6
## 187  54.4  54.8  55.1  55.5  55.8  56.2  56.5  56.9  57.2  57.6  57.7  58.1
##     X1975 X1976 X1977 X1978 X1979 X1980 X1981 X1982 X1983 X1984 X1985 X1986
## 1    47.1  47.3  47.5  45.9  44.4  44.1  44.9  44.6  42.8  40.5  42.4  43.4
## 2    69.8  70.3  70.8  71.2  71.5  71.7  71.8  72.0  72.1  72.3  72.4  72.6
## 3    60.1  60.6  61.2  61.8  62.5  62.8  64.0  65.1  66.4  67.6  68.7  69.5
## 4    77.0  77.2  77.5  77.8  78.1  78.2  78.3  78.3  78.3  78.5  78.6  78.7
## 5    47.2  47.2  47.3  47.4  47.5  47.6  47.7  47.7  47.7  47.8  47.9  47.9
## 6    68.9  69.1  69.5  69.8  70.5  71.1  71.6  72.1  72.6  72.8  73.0  73.3
## 7    67.5  68.0  68.4  69.0  69.6  70.1  70.4  70.8  70.8  71.2  71.5  71.8
## 8    67.8  68.3  68.7  69.0  69.2  69.4  69.8  70.2  70.1  70.5  70.5  71.0
## 9    72.5  72.9  73.3  73.7  74.1  74.4  74.7  74.8  75.2  75.4  75.5  75.8
## 10   71.5  72.0  72.3  72.5  72.7  72.8  73.1  73.3  73.5  73.9  74.2  74.6
## 11   65.5  66.1  66.4  66.6  66.7  66.7  66.6  66.9  67.0  66.8  67.1  67.1
## 12   67.3  67.7  67.9  68.1  68.4  68.6  68.9  69.2  69.5  69.8  69.8  69.9
## 13   68.5  69.1  69.6  70.1  70.6  71.1  71.7  71.6  71.4  71.3  71.6  71.1
## 14   52.5  52.7  53.0  53.3  53.6  54.0  54.2  54.5  54.9  55.4  55.4  56.4
## 15   71.2  71.4  71.7  72.1  72.5  72.9  73.2  73.4  73.4  73.5  73.5  73.5
## 16   71.7  71.5  71.5  71.4  71.1  71.0  71.0  71.0  70.9  70.7  71.0  71.9
## 17   72.1  72.4  72.7  72.9  73.1  73.3  73.5  73.7  73.9  74.3  74.6  74.9
## 18   68.5  68.7  69.0  69.2  69.5  69.6  69.8  70.0  70.4  70.9  71.3  71.6
## 19   49.3  49.7  50.0  50.4  50.8  51.3  51.8  52.2  52.7  53.0  53.5  54.0
## 20   51.2  51.6  52.0  52.5  52.9  53.3  53.9  54.5  55.2  55.9  56.4  57.2
## 21   53.0  53.6  54.1  54.6  55.3  55.9  56.4  56.7  57.0  57.7  58.2  58.8
## 22   69.5  69.8  70.1  70.4  70.7  71.0  71.3  71.6  71.9  72.1  72.4  72.8
## 23   58.6  59.1  59.6  60.0  60.3  60.8  61.3  61.7  62.1  62.5  63.0  63.4
## 24   62.8  63.2  63.7  64.2  64.6  64.9  65.3  65.5  65.7  65.8  66.0  66.4
## 25   66.3  66.4  66.3  66.3  66.6  67.0  67.3  67.6  68.2  68.8  69.2  69.6
## 26   71.5  71.5  71.3  71.4  71.5  71.5  71.6  71.5  71.6  71.6  71.6  71.8
## 27   46.2  46.6  46.9  47.4  47.9  48.4  48.8  49.1  49.4  49.8  50.2  50.4
## 28   45.9  46.0  46.3  46.5  46.8  47.0  47.3  47.6  47.9  48.1  48.3  48.4
## 29   24.9  24.8  24.6  24.3  24.1  52.8  53.1  53.4  53.7  54.1  54.4  54.7
## 30   52.9  53.2  53.6  54.1  54.5  54.9  55.3  55.7  56.2  56.5  57.0  57.1
## 31   73.6  73.9  74.2  74.5  74.9  75.2  75.5  75.8  76.0  76.3  76.4  76.6
## 32   63.8  64.6  65.7  66.5  67.2  67.6  67.6  67.6  67.7  67.5  68.0  68.4
## 33   47.4  47.6  47.8  48.0  48.3  48.6  48.9  49.1  49.0  49.0  48.9  48.8
## 34   51.3  51.0  51.2  51.4  51.4  51.4  51.1  51.0  51.3  51.6  52.5  52.5
## 35   66.8  67.2  67.8  68.5  69.0  69.9  70.8  71.1  71.1  71.3  71.8  72.6
## 36   64.8  64.4  65.2  65.5  65.6  65.8  65.9  66.5  66.9  67.3  67.7  68.0
## 37   66.5  67.0  67.9  68.1  68.3  69.0  69.5  70.0  70.2  70.6  68.0  70.6
## 38   52.5  52.8  53.1  53.4  53.7  54.0  54.4  54.9  55.1  55.7  56.1  56.5
## 39   51.7  51.9  52.1  52.3  52.5  52.7  52.9  53.2  53.5  54.0  54.3  54.4
## 40   50.8  51.2  51.5  51.8  52.3  52.8  53.3  53.8  54.2  54.5  54.7  54.7
## 41   71.8  72.4  73.0  73.6  74.1  74.5  74.9  75.2  75.5  75.7  75.9  76.0
## 42   53.4  53.9  54.4  54.9  55.4  55.8  56.1  56.1  56.2  56.1  56.2  56.2
## 43   69.7  69.8  70.1  70.3  70.6  70.8  70.9  71.1  71.2  71.3  71.4  71.5
## 44   73.4  73.6  73.7  73.8  74.1  74.1  74.3  74.4  74.5  74.5  74.5  74.6
## 45   72.1  72.2  73.1  73.5  74.0  73.8  74.3  74.4  74.8  74.8  75.0  75.3
## 46   70.1  70.2  70.3  70.4  70.4  70.2  70.3  70.4  70.4  70.6  70.8  70.9
## 47   73.9  74.0  74.3  74.3  74.2  74.2  74.3  74.4  74.4  74.5  74.5  74.7
## 48   59.7  60.0  60.1  60.0  59.6  60.0  59.8  59.9  59.9  59.9  60.0  60.1
## 49   71.2  71.8  72.3  73.0  72.0  74.0  74.4  74.5  74.6  74.4  74.1  73.9
## 50   68.2  68.6  69.0  69.5  69.1  70.3  70.6  70.9  71.0  71.1  71.1  71.1
## 51   65.8  66.3  66.8  67.3  67.8  68.3  68.8  69.3  69.6  70.0  70.4  70.8
## 52   54.0  54.7  55.4  56.3  57.3  58.0  58.3  58.9  59.5  60.3  60.2  61.0
## 53   62.8  63.5  64.1  64.7  65.2  65.8  59.5  63.4  62.0  63.9  65.6  65.5
## 54   46.1  46.7  47.3  47.9  44.4  48.7  49.1  49.4  49.5  49.4  49.5  49.4
## 55   44.2  44.5  44.8  45.1  45.3  45.6  46.0  46.3  46.6  46.7  46.9  47.4
## 56   69.8  69.5  69.5  69.4  69.0  69.2  68.9  69.4  69.4  69.4  69.5  70.7
## 57   40.0  44.1  43.7  43.6  44.5  44.9  45.3  45.5  41.4  41.8  46.4  46.9
## 58   66.6  67.1  67.5  67.4  67.4  67.1  67.0  67.3  67.8  68.1  67.9  67.9
## 59   71.8  72.1  72.5  73.0  73.4  73.7  74.0  74.4  74.5  74.6  74.6  74.8
## 60   73.1  73.4  73.7  74.0  74.3  74.5  74.7  74.9  75.1  75.5  75.7  76.0
## 61   55.6  56.5  57.1  57.5  57.9  58.3  58.7  58.9  59.2  59.5  59.8  60.5
## 62   55.3  55.7  56.1  56.4  56.8  57.1  55.3  57.9  58.2  58.5  58.8  59.0
## 63   67.3  67.7  68.2  68.6  69.0  69.4  69.8  70.1  70.2  70.2  70.2  70.3
## 64   71.8  72.2  72.5  72.7  73.0  73.2  73.5  73.7  74.0  74.3  74.5  74.7
## 65   57.1  57.3  57.4  57.7  57.8  58.0  58.0  57.9  58.0  58.1  58.3  58.5
## 66   75.1  75.3  75.9  76.9  77.4  77.6  77.8  77.8  77.6  77.0  76.7  76.8
## 67   67.9  68.2  68.0  68.5  68.7  68.8  68.8  68.8  68.7  68.6  68.6  68.7
## 68   54.4  48.6  56.5  57.2  57.6  57.4  57.0  56.4  59.0  59.8  60.5  61.3
## 69   46.1  46.5  46.8  47.2  47.6  48.0  48.4  48.7  49.0  49.4  49.8  50.3
## 70   44.5  44.9  45.2  45.6  46.0  46.1  46.3  46.4  46.6  46.8  47.0  47.3
## 71   63.0  63.4  63.5  61.3  64.2  64.5  64.8  65.0  65.2  65.1  65.5  65.5
## 72   48.6  49.0  49.4  49.7  50.2  50.7  51.4  51.8  52.2  52.5  52.9  53.2
## 73   62.2  62.3  63.0  63.7  65.1  65.7  65.9  66.1  66.5  66.8  67.1  67.4
## 74   69.3  69.6  69.7  69.6  69.4  69.2  69.2  69.1  69.1  69.0  69.1  69.2
## 75   75.0  75.5  75.8  76.1  76.3  76.5  76.7  76.8  76.8  77.1  77.2  77.2
## 76   52.0  52.6  53.1  53.8  54.4  55.0  55.5  56.0  56.5  56.9  57.4  57.8
## 77   56.7  57.2  57.8  58.3  58.9  59.5  60.2  60.7  61.1  61.6  62.0  62.4
## 78   64.4  65.5  66.3  64.8  67.2  66.4  64.8  65.4  66.1  67.6  68.2  68.0
## 79   60.9  62.9  63.4  63.9  64.4  61.0  56.8  57.2  57.5  59.9  60.0  60.2
## 80   71.6  71.9  72.1  72.1  72.3  72.6  72.9  73.1  73.3  73.5  73.8  74.0
## 81   73.0  73.6  74.1  74.4  74.8  75.2  75.4  75.5  75.6  75.8  76.1  76.2
## 82   72.9  73.2  73.5  73.8  74.1  74.2  74.6  74.9  75.1  75.5  75.7  76.0
## 83   71.5  71.8  71.9  72.2  72.3  72.2  72.6  72.8  73.0  73.1  73.3  73.5
## 84   74.7  75.2  75.6  76.0  76.3  76.6  76.9  77.2  77.5  77.8  78.1  78.4
## 85   64.0  64.4  64.9  65.2  65.6  66.1  66.5  66.8  67.3  68.0  68.5  69.0
## 86   65.6  65.8  66.0  66.2  66.4  66.7  66.9  67.2  67.5  67.8  68.1  68.6
## 87   60.3  60.6  61.0  61.4  61.8  62.1  62.4  62.6  62.9  63.0  63.1  63.1
## 88   58.0  58.4  58.2  59.0  59.2  59.1  58.9  58.8  58.6  58.4  58.3  58.2
## 89   69.4  69.6  69.4  70.0  70.6  71.3  71.8  71.9  72.4  72.8  73.2  73.7
## 90   62.2  62.6  63.0  63.5  63.9  64.2  64.5  64.6  64.6  64.8  65.6  66.4
## 91   45.2  45.7  46.1  46.5  46.9  47.4  48.0  48.5  49.1  49.7  50.2  50.6
## 92   69.4  69.5  69.5  69.3  69.1  69.2  69.1  69.7  69.5  69.5  69.8  71.0
## 93   60.6  35.5  53.6  53.7  53.8  54.0  54.2  46.7  64.7  65.0  65.4  65.7
## 94   57.0  57.3  57.6  58.1  58.4  58.7  58.9  59.1  59.3  59.5  59.7  59.9
## 95   49.0  49.4  49.8  50.1  50.4  50.6  50.9  51.0  51.2  51.3  51.5  51.6
## 96   68.1  68.6  68.7  69.5  70.0  70.4  70.6  70.9  71.2  71.3  71.5  71.7
## 97   71.1  71.2  70.9  70.7  70.7  70.7  70.5  70.7  70.8  70.5  70.7  72.3
## 98   71.5  71.7  72.2  72.4  72.6  72.9  73.0  73.3  73.6  73.8  74.1  74.4
## 99   53.0  53.2  53.7  54.1  54.5  54.7  54.6  54.2  54.1  54.0  54.0  53.8
## 100  46.3  46.8  47.3  47.9  48.7  49.3  49.5  49.8  49.9  50.0  50.0  49.7
## 101  66.6  67.0  67.2  67.8  68.3  68.6  68.9  69.3  69.6  69.9  70.2  70.5
## 102  46.2  46.8  47.3  44.4  49.0  50.3  51.6  53.0  54.5  56.0  57.7  59.4
## 103  41.5  42.1  42.8  43.5  44.2  44.8  45.3  45.8  46.4  46.8  47.1  48.1
## 104  71.4  71.5  71.7  71.7  72.0  72.3  72.6  72.8  73.3  73.8  74.3  75.0
## 105  60.8  61.2  61.5  61.8  62.1  62.3  62.4  62.5  62.6  62.7  62.7  62.9
## 106  54.5  54.8  55.2  55.5  56.5  56.8  57.2  57.5  57.8  58.0  58.3  58.9
## 107  63.5  64.0  64.6  65.3  66.0  66.7  67.2  67.7  67.9  68.0  68.3  68.7
## 108  64.5  64.9  65.2  66.0  66.2  66.6  67.1  67.7  68.3  68.7  68.9  69.7
## 109  60.9  61.2  61.4  61.7  61.9  62.0  62.0  61.9  62.3  62.5  62.8  62.9
## 110  64.7  65.0  65.2  65.4  65.6  65.7  65.8  66.0  66.4  66.6  66.2  67.8
## 111  56.8  57.0  57.2  57.4  57.5  57.8  58.0  58.3  58.7  59.2  59.6  60.2
## 112  72.6  72.8  72.9  73.1  72.6  73.4  73.4  73.4  73.5  73.5  73.6  73.7
## 113  57.3  58.0  58.6  59.2  59.8  60.5  61.1  62.1  62.7  63.4  64.1  64.6
## 114  49.1  49.3  49.4  49.6  49.6  49.9  47.3  47.4  47.4  44.9  44.8  46.6
## 115  49.6  50.3  50.8  51.3  52.0  52.4  52.7  53.0  53.4  53.8  54.1  54.5
## 116  59.3  59.3  59.4  59.3  59.4  59.5  59.8  59.9  60.4  60.8  61.0  61.3
## 117  51.1  51.4  51.8  52.2  52.6  53.0  53.4  53.9  54.4  54.9  55.5  56.0
## 118  74.7  74.9  75.2  75.3  75.6  75.8  76.0  76.1  76.2  76.3  76.4  76.5
## 119  71.9  72.1  72.2  72.6  72.5  72.9  73.3  73.5  73.7  73.9  73.8  74.0
## 120  63.0  63.7  64.6  63.4  59.5  66.0  66.0  66.2  63.9  63.3  63.8  65.3
## 121  42.7  42.6  42.6  42.7  43.0  43.4  43.2  43.7  43.9  43.8  44.1  44.3
## 122  53.2  53.6  54.2  54.6  55.0  55.3  55.5  55.7  55.9  56.0  56.3  56.1
## 123  70.0  70.3  70.5  70.7  70.8  71.0  71.1  71.2  71.3  71.3  71.4  71.5
## 124  70.2  70.4  70.5  70.6  70.7  70.7  70.7  70.8  71.0  71.4  71.6  71.7
## 125  74.7  74.8  75.1  75.3  75.3  75.5  75.7  75.8  75.9  76.0  76.0  76.0
## 126  54.8  56.7  57.6  58.8  59.9  60.9  61.9  62.9  64.0  64.9  65.8  66.6
## 127  57.9  58.3  58.5  58.9  59.3  59.6  59.9  60.3  60.6  60.9  61.0  61.2
## 128  66.8  67.0  67.2  67.7  68.2  68.7  69.0  44.1  69.8  70.1  70.4  70.6
## 129  72.3  72.8  73.4  73.8  74.2  74.5  74.7  74.9  75.1  75.2  75.3  75.5
## 130  53.5  53.6  53.7  53.7  53.8  53.8  53.8  53.8  53.8  53.9  53.9  54.0
## 131  70.3  70.6  70.9  71.3  71.6  71.9  72.1  72.5  72.5  72.7  73.0  73.3
## 132  62.7  63.4  64.0  64.3  64.5  64.6  64.9  65.3  65.5  65.8  66.5  67.3
## 133  64.5  64.3  64.9  65.1  65.4  65.5  65.7  65.8  66.1  66.1  66.3  66.5
## 134  71.0  71.0  70.8  70.9  71.1  70.7  71.4  71.5  71.3  71.1  70.9  71.2
## 135  69.6  69.9  70.1  70.6  71.1  71.5  71.8  72.2  72.5  72.7  73.0  73.3
## 136  65.4  66.1  66.6  67.0  67.3  67.4  67.6  67.4  68.1  69.3  69.6  70.0
## 137  70.0  70.4  69.8  69.9  69.5  69.7  69.8  70.0  70.2  70.1  69.8  70.0
## 138  68.3  68.0  68.0  67.9  67.6  67.6  67.9  68.3  68.1  67.8  68.5  70.0
## 139  47.6  47.9  48.2  48.6  49.3  50.2  51.0  51.8  52.3  52.5  52.6  52.7
## 140  67.2  67.7  68.1  68.6  68.8  69.2  69.3  69.4  69.6  69.7  69.9  70.1
## 141  61.6  62.1  62.6  62.9  63.1  63.0  62.8  62.6  62.3  62.1  62.4  62.8
## 142  68.3  68.9  69.5  69.9  70.1  70.7  71.1  71.3  71.5  71.5  71.6  71.7
## 143  50.1  50.7  51.3  51.8  52.6  53.1  53.6  54.3  55.2  56.1  56.4  56.8
## 144  69.5  69.6  69.7  69.8  69.9  70.0  70.1  70.1  70.2  70.2  70.4  70.5
## 145  69.2  69.6  70.0  70.6  71.2  71.6  72.0  71.7  72.0  71.6  71.1  70.8
## 146  46.8  47.1  47.3  47.4  47.6  47.7  47.9  48.1  48.3  48.5  48.7  48.7
## 147  71.0  71.2  71.5  71.8  72.0  72.2  72.4  72.6  72.9  73.4  73.8  74.3
## 148  70.3  70.4  70.5  70.4  70.6  70.5  70.6  70.7  70.6  70.7  70.7  70.9
## 149  69.7  69.9  70.1  70.4  70.6  70.8  71.0  71.1  71.2  71.5  72.0  72.4
## 150  54.7  57.0  57.2  58.0  58.5  58.9  59.3  59.5  59.6  59.8  59.8  59.2
## 151  47.4  47.6  50.1  50.1  50.3  50.2  50.2  50.1  50.0  50.0  49.7  49.6
## 152  59.4  59.6  59.8  60.0  60.3  60.5  60.8  61.1  61.4  62.0  62.6  63.0
## 153  64.5  65.1  65.8  66.5  67.2  67.7  68.3  68.7  69.0  69.5  70.0  70.4
## 154  49.9  50.0  50.3  50.5  50.6  50.8  50.9  51.0  50.8  50.9  51.0  51.2
## 155  73.4  73.8  74.1  74.4  74.8  75.3  75.5  75.9  76.0  76.2  76.3  76.5
## 156  63.2  63.8  64.6  65.6  66.3  67.1  67.7  67.8  68.0  68.0  68.5  68.9
## 157  65.8  66.2  66.5  66.9  67.3  67.6  67.9  68.3  68.5  68.7  69.0  69.3
## 158  67.0  67.5  67.9  68.5  69.0  69.3  69.7  70.2  70.5  70.6  70.7  70.9
## 159  53.6  54.0  54.4  54.6  54.8  54.9  55.5  55.8  49.8  50.3  50.6  56.7
## 160  63.8  63.9  64.0  64.3  64.5  64.8  65.3  65.8  66.4  67.0  67.5  67.5
## 161  54.7  55.5  56.1  56.6  57.1  57.6  58.1  58.6  57.8  59.4  60.0  60.4
## 162  75.1  75.3  75.5  75.6  75.7  76.0  76.3  76.5  76.8  77.0  77.0  77.1
## 163  75.1  75.3  75.6  75.7  75.9  76.0  76.2  76.4  76.6  77.0  77.3  77.5
## 164  66.1  66.5  66.9  67.3  67.5  67.8  68.0  64.8  68.6  68.8  68.9  69.1
## 165  60.4  60.8  61.5  62.2  63.0  63.7  64.3  64.6  65.0  65.4  65.8  66.1
## 166  54.2  54.6  55.0  55.2  55.6  55.8  56.0  56.1  56.3  56.3  56.4  56.3
## 167  65.1  65.5  65.8  66.2  66.3  66.5  66.7  66.9  67.4  68.1  68.9  69.5
## 168  44.6  46.5  46.7  46.1  45.7  48.8  51.1  52.7  53.8  55.3  56.5  57.5
## 169  54.2  54.5  54.9  55.3  55.7  56.1  56.4  56.6  56.7  56.6  56.9  57.1
## 170  68.2  68.3  68.3  68.3  68.2  68.2  68.1  68.2  68.4  68.7  69.0  69.4
## 171  67.3  67.6  67.9  68.3  68.5  68.9  69.2  69.5  69.5  69.6  69.8  69.9
## 172  62.8  63.6  64.3  64.9  65.7  66.3  67.6  68.5  69.3  70.0  70.6  71.0
## 173  58.9  59.6  60.6  61.5  61.9  62.8  63.6  64.4  65.1  66.0  66.5  67.2
## 174  60.8  61.4  61.9  62.4  62.9  63.4  63.9  64.3  64.5  64.9  65.2  65.5
## 175  49.7  49.8  50.0  49.7  49.7  47.8  48.1  48.3  48.5  48.5  48.4  48.1
## 176  69.6  69.7  69.4  69.3  69.1  69.1  69.2  69.4  69.6  69.4  69.9  71.2
## 177  66.9  67.4  67.9  68.3  68.8  69.3  69.8  70.2  70.3  70.7  70.9  71.0
## 178  72.6  72.8  73.1  73.2  73.4  73.6  73.9  74.1  74.3  74.5  74.7  74.9
## 179  72.6  73.0  73.3  73.6  73.9  74.1  74.4  74.6  74.7  74.8  74.9  75.0
## 180  69.0  69.2  69.3  69.8  70.1  70.4  71.0  71.5  71.7  71.7  71.8  72.1
## 181  66.3  66.6  66.9  67.1  67.3  67.4  67.7  67.8  68.0  68.3  68.7  69.1
## 182  59.4  59.8  60.1  60.5  60.8  61.0  61.2  61.3  61.5  61.8  62.0  62.1
## 183  67.3  67.8  68.5  68.8  69.2  69.4  69.8  70.0  70.5  70.9  71.2  71.7
## 184  61.8  63.7  64.0  64.5  63.8  65.1  65.6  66.0  66.3  66.8  67.2  67.6
## 185  48.6  49.6  50.7  51.5  52.4  53.1  53.9  54.1  55.4  56.0  56.5  54.6
## 186  55.9  56.2  56.3  56.3  56.4  56.0  56.0  55.7  55.5  55.1  54.6  54.0
## 187  58.3  58.0  57.6  56.0  56.5  59.7  60.5  61.0  61.4  61.9  62.3  62.7
##     X1987 X1988 X1989 X1990 X1991 X1992 X1993 X1994 X1995 X1996 X1997 X1998
## 1    45.5  47.9  51.7  52.6  52.4  52.9  53.1 52.70  53.3  53.8  53.7  52.8
## 2    72.6  72.8  73.1  73.3  73.0  73.4  73.9 74.50  74.6  74.4  72.5  74.5
## 3    70.2  70.8  71.3  71.7  72.2  72.5  72.7 72.80  72.9  73.3  73.2  73.5
## 4    78.8  78.8  78.9  79.0  79.1  79.1  79.3 79.50  79.7  80.0  80.3  80.6
## 5    47.7  47.5  47.8  47.9  48.5  48.6  47.3 48.70  49.5  50.1  50.2  49.3
## 6    73.7  73.8  74.0  74.3  74.5  74.4  74.3 74.30  74.1  74.2  74.4  74.5
## 7    72.0  72.1  72.3  72.4  72.6  72.6  72.9 73.30  73.3  73.3  73.5  73.5
## 8    71.2  54.9  70.4  70.1  69.7  68.6  68.9 69.40  69.9  70.3  71.0  71.5
## 9    76.0  76.3  76.4  76.9  77.3  77.4  77.8 77.90  78.2  78.3  78.6  78.9
## 10   75.0  75.3  75.6  75.8  75.9  76.1  76.2 76.60  76.8  77.1  77.6  77.8
## 11   67.2  67.1  67.5  67.4  66.8  64.6  64.5 63.50  65.0  65.3  65.6  65.9
## 12   70.2  70.5  70.9  71.1  71.3  71.2  71.0 70.80  70.8  70.5  71.3  71.8
## 13   70.7  70.6  70.6  70.5  70.5  70.4  70.6 70.80  71.0  71.2  71.4  71.7
## 14   56.9  57.2  58.1  58.3  56.8  60.1  60.9 61.70  62.1  62.9  63.7  64.5
## 15   73.5  73.6  73.7  73.8  73.8  73.9  74.0 73.80  74.0  74.4  74.4  74.5
## 16   72.0  71.9  71.5  71.1  70.7  70.2  69.1 68.90  68.5  68.6  68.5  68.3
## 17   75.2  75.6  75.8  76.0  76.3  76.4  76.5 76.60  76.9  77.2  77.4  77.6
## 18   71.9  72.1  71.9  72.0  72.3  72.3  72.2 72.10  72.0  71.5  71.1  69.8
## 19   54.5  54.9  55.1  55.2  55.5  56.0  56.4 56.50  56.7  56.8  57.0  57.2
## 20   57.9  58.6  59.3  60.0  60.6  61.2  61.9 62.30  63.1  63.9  64.5  65.2
## 21   59.2  59.6  60.2  60.9  61.3  61.8  62.3 63.00  63.6  64.2  64.7  65.3
## 22   73.0  73.2  73.5  73.6  72.8  67.7  68.6 70.30  66.1  73.4  74.1  75.0
## 23   63.8  63.9  63.9  63.5  63.0  62.3  61.6 60.80  59.9  59.0  57.9  56.6
## 24   66.7  67.1  67.4  67.5  68.1  68.4  68.5 68.90  69.3  69.7  70.2  70.6
## 25   69.9  70.3  70.4  70.5  70.7  71.1  71.6 71.90  72.3  72.7  73.1  73.4
## 26   71.8  71.8  71.8  71.7  71.9  71.4  71.5 70.90  71.0  71.0  70.4  70.9
## 27   50.5  50.4  50.7  50.8  50.7  50.6  50.6 50.50  50.5  50.3  50.8  51.4
## 28   48.6  48.7  48.7  48.7  48.5  48.4  48.3 44.70  44.3  43.9  43.6  44.3
## 29   56.6  57.2  57.3  57.6  58.0  58.3  58.4 58.40  58.7  58.8  59.1  59.4
## 30   57.6  57.8  57.8  57.7  57.4  57.1  56.8 56.50  56.2  55.9  55.6  55.3
## 31   76.7  76.9  77.1  77.3  77.6  77.7  77.7 77.90  78.0  78.2  78.5  78.7
## 32   68.9  69.3  69.8  70.3  70.3  70.4  70.4 70.50  69.2  70.4  70.6  70.8
## 33   48.6  48.0  47.6  47.2  46.9  46.5  46.1 45.80  45.4  45.0  44.7  44.6
## 34   51.3  53.6  53.7  53.4  53.5  53.3  53.5 53.30  53.2  52.7  52.5  52.3
## 35   73.1  73.1  73.0  73.2  74.2  74.9  74.9 75.00  75.1  75.4  75.8  76.0
## 36   68.3  68.3  68.4  68.7  68.8  69.1  69.4 69.70  70.0  70.4  70.8  71.3
## 37   70.6  70.8  71.0  71.4  70.9  71.0  71.5 71.70  72.0  72.3  73.2  73.7
## 38   56.9  57.5  57.7  58.1  58.5  58.9  59.3 59.50  59.9  59.3  60.2  60.3
## 39   54.3  54.3  54.1  53.9  53.8  53.8  53.6 53.50  53.5  51.8  51.9  53.1
## 40   54.6  54.4  54.2  53.8  53.5  53.3  52.6 52.40  52.2  52.0  46.6  50.1
## 41   76.2  76.3  76.4  76.5  76.5  76.6  76.7 76.40  76.3  76.8  77.0  77.2
## 42   55.9  55.5  55.1  54.8  54.2  53.5  52.8 52.20  51.7  51.6  51.7  51.8
## 43   71.7  72.0  72.3  72.5  71.0  71.8  72.8 73.40  73.1  73.5  73.4  73.8
## 44   74.6  74.6  74.7  74.8  74.9  74.9  74.8 74.80  75.1  75.5  75.9  76.1
## 45   75.1  75.4  75.6  75.9  76.1  76.3  76.5 76.70  76.8  76.8  76.6  76.5
## 46   71.1  71.3  71.4  71.5  72.0  72.3  72.9 73.10  73.3  73.9  74.0  74.6
## 47   74.8  74.9  74.9  75.0  75.3  75.4  75.4 75.30  75.5  75.8  76.2  76.6
## 48   60.2  60.2  60.3  60.1  60.1  58.7  60.0 59.50  60.3  60.3  60.1  60.3
## 49   73.7  73.4  73.2  72.9  72.9  72.9  72.8 72.90  72.9  73.0  73.3  73.5
## 50   71.1  71.4  71.7  72.0  72.4  72.9  73.2 73.40  73.5  73.4  73.4  73.3
## 51   69.6  71.4  71.7  72.0  71.5  71.9  72.4 73.10  73.4  73.3  73.8  73.7
## 52   61.4  63.1  63.7  64.4  64.9  65.5  65.7 66.00  66.6  67.1  67.4  67.8
## 53   67.0  68.4  66.8  69.2  69.7  69.8  70.1 69.90  70.8  71.0  71.2  71.2
## 54   49.1  48.9  48.6  48.3  48.1  48.3  48.3 48.30  48.5  49.1  51.4  52.8
## 55   47.8  48.3  48.6  49.2  49.8  50.8  51.3 51.80  52.0  52.5  53.0  53.4
## 56   70.9  70.8  70.2  70.0  69.5  69.4  68.3 66.80  67.9  69.8  70.2  69.8
## 57   47.5  47.9  47.6  47.1  47.8  48.2  48.6 48.80  49.1  49.7  50.2  50.6
## 58   68.0  67.9  67.7  67.7  67.6  67.6  67.3 67.10  66.9  66.6  66.0  66.3
## 59   74.8  74.9  75.0  75.1  75.5  75.8  76.1 76.70  76.7  77.0  77.2  77.4
## 60   76.3  76.6  76.8  77.0  77.2  77.4  77.5 77.80  78.0  78.3  78.7  78.6
## 61   60.8  60.5  60.3  60.0  60.2  60.6  60.5 60.40  60.4  60.0  60.2  60.0
## 62   59.2  59.5  59.7  59.9  60.2  60.2  60.7 60.90  61.1  61.2  61.2  61.5
## 63   70.3  70.2  70.1  70.0  69.9  69.6  69.5 70.40  71.3  72.1  72.5  72.6
## 64   75.0  75.2  75.4  75.5  75.7  76.1  76.2 76.50  76.7  77.0  77.4  77.8
## 65   58.7  58.9  59.1  59.2  59.3  59.4  59.6 59.30  59.5  59.5  59.2  59.4
## 66   76.9  77.2  77.4  77.5  77.6  77.6  77.9 78.10  78.2  78.3  78.5  78.6
## 67   68.9  69.0  69.2  69.4  70.0  70.4  70.8 71.20  71.7  72.2  72.7  73.1
## 68   62.0  62.8  63.1  63.0  62.5  62.5  63.0 63.40  65.8  67.2  66.8  66.8
## 69   50.6  50.9  51.4  51.9  52.3  52.4  52.9 53.00  53.4  53.8  54.1  54.3
## 70   47.6  48.0  48.3  48.7  49.1  49.4  49.8 49.80  50.4  50.7  50.3  50.2
## 71   65.7  65.8  65.6  65.5  66.1  67.0  66.8 66.80  66.2  65.8  66.2  66.3
## 72   53.7  54.1  54.2  54.5  54.6  54.8  54.3 54.90  55.0  55.4  55.7  56.2
## 73   67.9  68.3  68.6  68.9  69.2  69.1  69.0 69.50  69.2  69.4  69.7  63.5
## 74   69.5  69.6  69.6  69.5  69.5  69.2  69.2 69.60  70.0  70.7  71.0  70.9
## 75   77.3  77.5  77.7  77.8  78.0  78.3  78.5 78.60  78.3  78.8  79.0  79.4
## 76   58.3  58.7  59.1  59.6  59.9  60.2  60.8 61.30  61.8  62.1  62.0  62.1
## 77   62.6  63.1  63.5  63.9  64.3  64.8  65.2 65.60  66.0  66.4  66.7  66.9
## 78   68.1  68.0  69.9  68.1  70.4  70.9  71.3 71.80  72.1  72.5  72.7  73.1
## 79   60.5  49.6  65.8  65.9  62.7  65.6  65.5 65.50  65.4  65.4  65.3  66.1
## 80   74.3  74.5  74.6  74.9  75.1  75.3  75.4 75.70  75.6  75.9  76.0  76.2
## 81   76.4  76.7  77.2  77.4  77.1  76.9  77.4 77.60  77.7  77.9  78.1  78.2
## 82   76.3  76.6  76.9  77.1  77.1  77.4  77.7 77.80  78.1  78.4  78.7  78.8
## 83   74.0  74.4  74.8  75.0  75.3  74.8  74.7 74.40  74.2  74.1  74.0  73.9
## 84   78.7  78.9  79.1  79.3  79.4  79.5  79.7 80.10  80.0  80.5  80.8  80.8
## 85   69.6  70.2  70.7  71.0  71.2  71.5  71.4 71.50  71.6  71.7  71.9  72.1
## 86   68.8  68.8  68.6  68.5  68.2  67.5  66.4 65.60  64.6  64.4  64.8  65.4
## 87   62.9  62.9  62.3  61.9  61.3  60.5  59.6 58.90  58.1  57.4  56.6  56.0
## 88   58.1  58.2  58.3  58.5  58.6  58.6  58.6 58.80  58.7  59.0  59.1  59.2
## 89   74.1  74.3  75.0  75.0  77.5  78.8  79.3 79.00  79.0  79.2  78.7  78.8
## 90   66.6  66.5  66.3  66.3  66.2  65.9  65.5 65.20  65.4  65.7  66.0  66.2
## 91   50.9  51.2  51.6  51.9  52.5  52.9  53.3 53.70  54.3  54.8  55.4  55.9
## 92   71.1  71.1  70.4  69.8  69.5  68.8  67.1 65.90  66.9  69.2  69.9  69.4
## 93   55.4  55.5  70.9  70.3  71.9  72.2  72.5 72.90  73.3  73.7  74.2  74.6
## 94   60.0  60.2  60.4  60.4  60.1  59.6  58.9 57.80  56.7  55.4  53.9  52.0
## 95   51.8  52.1  52.4  49.0  51.6  52.0  50.1 48.50  50.0  48.9  51.9  52.5
## 96   68.9  71.8  71.8  72.1  72.3  72.4  72.7 72.90  73.1  71.9  73.2  73.2
## 97   72.0  72.1  71.5  71.4  70.6  70.5  69.2 68.70  69.2  70.4  71.4  71.7
## 98   74.6  74.8  75.1  75.4  75.6  75.8  76.0 76.30  76.4  76.6  76.9  77.3
## 99   54.0  54.4  55.0  55.4  55.7  56.0  55.9 56.70  57.1  57.4  57.7  58.0
## 100  49.5  49.2  48.8  48.6  48.1  47.5  46.8 46.10  45.6  45.1  44.7  44.4
## 101  70.7  70.9  71.1  71.3  71.5  71.7  71.9 72.10  71.9  72.1  72.4  72.7
## 102  61.0  62.4  63.8  65.1  65.8  66.3  67.1 67.90  68.4  69.2  69.9  70.6
## 103  48.4  48.8  49.1  49.3  49.8  50.2  50.7 50.80  51.2  51.5  51.1  50.8
## 104  75.6  76.0  76.2  76.5  76.7  76.9  77.3 77.50  77.6  77.8  78.0  78.2
## 105  63.1  63.0  62.9  62.8  62.7  62.6  62.5 62.50  62.4  62.4  62.3  62.2
## 106  59.3  59.9  59.6  59.6  60.1  60.4  60.8 60.90  61.4  61.7  62.2  62.6
## 107  69.0  69.4  69.7  70.1  70.6  70.5  70.5 70.70  71.0  71.0  71.0  71.6
## 108  70.2  70.5  70.9  71.4  71.8  72.0  72.2 72.50  72.8  73.2  73.4  73.6
## 109  63.1  63.3  63.4  63.5  63.7  63.9  64.2 64.30  64.6  64.8  65.0  65.2
## 110  68.4  68.4  68.3  68.0  67.7  67.6  67.6 66.20  65.8  66.6  67.9  68.6
## 111  60.7  60.9  61.0  61.2  61.3  61.1  60.9 60.90  60.5  60.5  60.8  61.2
## 112  73.8  74.0  74.2  74.3  74.6  74.5  74.5 74.30  74.3  74.1  73.8  73.8
## 113  65.1  65.5  66.0  66.6  67.0  67.3  67.5 67.80  67.9  68.2  68.3  68.7
## 114  46.8  49.9  50.2  50.3  50.4  50.5  50.6 50.70  50.6  50.6  50.5  50.6
## 115  54.7  54.7  55.2  55.3  55.5  55.8  56.2 56.50  56.9  57.2  57.6  57.9
## 116  61.7  61.6  61.7  61.6  61.6  61.5  61.1 60.30  59.8  58.9  57.9  56.8
## 117  56.6  57.1  57.8  58.3  59.0  59.9  60.4 61.30  62.0  62.8  63.6  64.3
## 118  76.7  76.9  76.9  77.0  77.2  77.3  77.1 77.40  77.6  77.6  77.9  78.0
## 119  74.2  74.5  74.9  75.3  75.8  76.0  76.1 76.60  76.5  76.8  77.2  77.8
## 120  65.4  68.5  71.1  71.9  71.8  72.2  72.3 72.70  72.8  73.2  73.8  73.8
## 121  44.8  45.4  46.0  46.6  47.0  47.3  47.7 48.20  48.6  49.4  50.0  50.7
## 122  55.9  55.7  55.6  55.5  55.5  55.6  55.5 55.50  55.4  55.2  55.4  55.3
## 123  71.5  71.6  71.7  71.8  71.8  71.8  71.8 71.70  62.9  62.8  62.6  62.4
## 124  71.6  71.6  71.7  71.9  72.3  72.0  72.0 72.40  72.7  72.9  73.1  73.2
## 125  76.0  76.2  76.5  76.7  77.0  77.1  77.4 77.60  77.9  78.0  78.3  78.3
## 126  67.2  67.7  68.2  68.8  69.2  69.7  70.2 70.60  71.0  71.4  71.8  72.2
## 127  61.2  61.3  61.5  61.7  61.4  61.4  61.4 61.40  61.2  61.3  61.3  61.5
## 128  70.5  70.5  70.5  70.6  70.8  71.0  71.3 71.70  71.9  72.1  72.2  72.3
## 129  75.7  75.7  75.2  75.8  76.0  75.8  75.7 75.90  75.9  76.2  76.0  76.3
## 130  54.2  54.3  54.4  54.4  54.4  54.7  55.0 55.30  55.6  55.8  56.0  55.3
## 131  73.7  74.0  74.0  74.3  74.5  74.3  73.7 73.70  74.0  74.0  74.4  74.5
## 132  68.1  68.9  69.4  70.0  70.5  70.3  70.6 71.20  71.4  72.0  72.6  73.1
## 133  66.6  67.1  67.6  67.9  68.5  68.4  68.7 69.00  69.0  69.3  69.3  69.4
## 134  71.2  71.5  71.3  71.2  70.9  71.3  72.0 72.00  72.1  72.6  72.8  73.2
## 135  73.6  73.8  74.0  74.1  74.1  74.4  74.6 75.40  75.3  75.3  75.7  76.0
## 136  70.5  70.7  71.2  71.5  71.6  71.7  71.6 71.80  72.2  72.4  72.6  73.0
## 137  69.4  69.7  69.9  69.9  70.3  69.8  69.6 69.50  69.4  69.0  69.1  69.9
## 138  70.2  70.1  69.8  69.5  69.3  68.2  65.5 64.00  64.8  66.0  67.1  67.4
## 139  52.4  51.9  51.0  49.4  49.2  48.9  48.4  9.64  46.5  47.5  46.5  47.7
## 140  70.3  70.4  70.6  70.8  70.7  71.0  71.1 71.10  71.1  71.1  71.3  71.5
## 141  63.1  63.2  62.3  63.3  63.4  63.5  63.5 63.70  63.8  63.6  63.7  63.8
## 142  71.8  71.9  71.9  71.7  72.2  72.6  73.0 73.30  73.6  73.8  74.0  74.3
## 143  57.2  57.7  58.1  58.4  58.8  58.9  59.0 59.10  59.1  59.2  59.5  59.7
## 144  70.6  70.8  70.8  70.9  72.0  71.4  71.3 71.20  71.1  71.1  71.1  71.7
## 145  70.6  70.7  70.5  70.5  70.5  70.5  70.3 70.60  70.9  71.0  70.9  71.2
## 146  49.1  49.4  49.7  50.1  49.8  50.4  50.6 50.00  49.7  51.0  50.9  48.9
## 147  74.7  75.0  75.4  76.1  76.5  76.9  77.1 77.20  77.3  77.8  78.2  78.6
## 148  70.9  71.0  71.0  71.0  71.1  71.5  72.0 72.50  72.5  73.0  72.8  72.8
## 149  72.5  73.1  73.4  73.9  73.6  73.8  73.6 74.00  74.7  75.0  75.2  75.3
## 150  60.0  60.0  60.1  60.2  60.0  60.4  60.6 60.80  61.0  61.2  61.3  61.4
## 151  50.1  47.3  50.4  50.1  48.7  49.5  50.9 50.70  51.0  51.1  51.0  51.8
## 152  63.6  64.3  64.8  65.1  65.4  65.1  65.5 64.80  64.4  62.8  60.8  59.3
## 153  70.8  71.4  71.8  72.2  72.6  73.3  73.7 73.90  74.4  74.9  75.3  75.6
## 154  51.5  51.7  51.0  51.2  51.6  51.9  52.0 52.70  52.9  53.2  51.8  52.7
## 155  76.7  76.8  76.9  77.0  77.1  77.5  77.7 77.90  78.0  78.2  78.7  78.9
## 156  68.9  69.3  69.8  69.7  70.6  71.1  72.1 71.90  70.7  70.7  70.4  71.2
## 157  69.6  69.9  70.2  70.5  70.8  70.9  71.2 71.30  71.7  72.0  72.4  72.9
## 158  70.9  71.0  71.0  71.0  71.3  71.5  71.5 71.40  71.4  71.0  70.9  71.0
## 159  56.9  57.5  58.0  58.6  59.2  59.6  59.9 60.80  61.2  61.5  61.7  62.1
## 160  67.8  67.9  67.4  68.8  69.0  69.1  68.9 69.30  69.9  69.9  70.0  69.8
## 161  61.0  61.4  61.8  62.1  62.4  62.4  62.2 61.10  59.4  57.2  55.0  52.6
## 162  77.2  77.3  77.6  77.7  77.8  78.2  78.3 78.70  78.9  79.1  79.4  79.5
## 163  77.6  77.7  77.8  77.8  77.9  78.2  78.6 78.70  78.8  79.4  79.5  79.8
## 164  69.3  69.5  69.6  69.8  69.8  69.7  70.2 70.30  70.6  70.8  71.1  71.4
## 165  66.3  66.5  66.8  67.0  66.8  63.7  59.3 65.00  65.1  64.4  66.2  66.6
## 166  56.0  55.7  55.3  54.9  54.5  53.9  53.5 53.10  52.8  52.6  52.6  52.8
## 167  69.9  70.2  70.5  70.7  70.8  70.8  70.6 70.40  70.3  70.1  71.0  71.4
## 168  58.6  59.0  59.3  60.2  60.4  61.1  61.4 62.10  62.3  63.9  63.2  63.7
## 169  56.9  57.4  57.4  57.6  57.7  57.8  57.6 57.40  57.4  57.3  57.0  56.9
## 170  69.6  69.8  70.0  70.2  70.3  70.5  70.5 70.50  70.6  70.6  70.5  70.7
## 171  69.9  70.0  70.0  69.9  70.1  70.0  69.6 69.40  69.8  69.7  70.3  70.0
## 172  71.4  71.8  72.2  72.5  72.6  72.7  72.8 73.00  73.1  73.4  73.4  73.6
## 173  68.4  68.9  68.6  68.6  69.0  69.2  69.7 69.90  70.3  71.0  71.7  72.3
## 174  65.7  65.8  65.9  66.0  66.0  65.9  65.0 64.70  64.8  64.6  64.7  65.1
## 175  49.3  49.0  48.4  47.6  47.1  46.8  46.7 46.70  46.9  47.0  47.5  47.9
## 176  71.1  71.1  70.7  70.3  69.7  69.1  68.5 67.80  66.7  67.0  67.8  68.8
## 177  71.0  71.0  71.1  71.2  71.5  71.7  71.8 72.00  72.1  72.3  72.4  72.2
## 178  75.1  75.3  75.5  75.8  76.0  76.3  76.3 76.70  76.7  77.0  77.2  77.4
## 179  75.1  75.2  75.3  75.6  75.7  75.9  75.8 75.80  75.9  76.3  76.6  76.8
## 180  72.3  72.6  72.9  73.0  73.4  73.4  73.1 73.40  73.5  73.8  74.0  74.0
## 181  69.3  69.4  69.5  69.4  69.2  68.8  68.2 67.80  67.7  67.6  67.6  67.3
## 182  61.5  62.3  62.3  62.4  62.6  62.6  62.7 62.90  63.0  63.1  61.9  63.2
## 183  71.6  71.8  71.9  72.1  72.6  72.6  72.5 72.10  72.4  73.0  73.7  73.7
## 184  67.9  68.3  68.6  68.9  69.1  69.4  69.6 69.90  70.2  70.5  70.7  71.1
## 185  57.5  57.9  58.3  58.7  59.2  59.6  60.0 60.20  60.9  61.2  61.7  62.2
## 186  53.4  53.0  51.9  50.7  49.5  48.4  47.6 46.80  46.1  45.7  45.5  45.5
## 187  62.8  62.4  61.9  60.9  59.5  57.6  55.6 53.80  52.0  50.8  49.6  48.5
##     X1999 X2000 X2001 X2002 X2003 X2004 X2005 X2006 X2007 X2008 X2009 X2010
## 1    54.4  54.6  54.8  55.6  56.4  56.9  57.4  57.6  58.0  58.8  59.3  59.9
## 2    74.6  74.9  75.2  75.3  75.4  75.6  76.0  76.4  76.9  77.0  77.5  77.6
## 3    73.9  74.0  74.2  74.5  74.6  75.0  75.3  75.5  75.7  75.9  76.1  76.3
## 4    80.9  81.2  81.4  81.6  81.7  81.7  81.8  82.0  82.1  82.2  82.2  82.3
## 5    50.7  51.7  52.4  53.5  54.2  54.8  55.7  56.4  57.5  58.4  59.1  59.9
## 6    74.6  74.7  74.9  75.2  75.4  75.6  75.8  76.0  76.3  76.4  76.6  76.6
## 7    73.6  74.2  74.3  74.2  74.3  74.9  75.3  75.4  75.1  75.5  75.6  75.8
## 8    71.9  72.3  72.6  72.7  72.9  73.2  73.4  73.6  73.9  73.8  73.9  74.0
## 9    79.3  79.5  80.0  80.2  80.5  80.8  81.2  81.4  81.4  81.5  81.7  82.0
## 10   78.0  78.3  78.7  78.9  79.0  79.4  79.6  80.1  80.2  80.4  80.3  80.6
## 11   66.3  66.8  67.2  67.3  67.2  67.4  67.5  68.0  68.5  68.8  69.1  69.3
## 12   71.1  71.5  71.6  72.4  72.9  72.9  73.4  73.0  73.5  73.5  73.3  73.4
## 13   72.4  72.6  73.7  74.2  74.2  74.4  75.1  75.7  76.5  77.1  77.8  78.2
## 14   65.2  65.5  66.1  66.5  66.8  67.3  67.6  67.9  68.1  68.5  69.1  69.5
## 15   74.7  74.8  75.3  75.3  75.4  75.5  75.5  75.8  76.1  76.3  76.7  76.7
## 16   68.0  68.8  68.3  67.8  68.4  68.8  68.6  69.3  70.2  70.3  70.4  70.4
## 17   77.7  77.8  78.1  78.3  78.5  79.0  79.2  79.6  79.6  79.6  79.8  80.1
## 18   70.4  70.3  70.9  71.3  71.5  71.8  72.3  72.6  73.2  73.5  73.5  73.6
## 19   57.4  57.5  57.7  58.1  58.4  58.8  59.2  59.6  60.0  60.5  61.0  61.4
## 20   65.9  65.7  67.1  67.8  68.3  68.8  69.3  69.8  70.3  70.8  71.1  71.6
## 21   65.9  66.5  67.2  67.6  68.1  68.5  69.0  69.4  69.7  70.1  70.5  70.8
## 22   75.2  75.3  75.5  75.5  76.0  76.2  75.9  76.0  75.7  76.1  76.1  76.3
## 23   55.3  54.0  52.8  51.9  51.4  51.6  52.7  54.2  55.8  57.0  58.4  60.2
## 24   71.0  71.4  71.8  72.1  72.3  72.6  73.1  73.5  73.7  74.0  74.2  74.4
## 25   73.7  73.8  74.0  74.2  74.4  74.5  74.7  74.8  74.9  75.0  75.0  75.1
## 26   71.5  71.6  71.9  72.2  72.4  72.5  72.6  72.7  73.0  73.3  73.6  73.8
## 27   51.9  52.4  52.8  53.4  54.0  54.6  55.3  55.9  56.5  57.2  57.8  58.3
## 28   44.6  44.9  45.7  46.6  47.5  48.7  49.7  53.8  54.9  56.0  56.9  57.8
## 29   59.8  60.2  60.8  61.5  62.1  62.9  63.7  64.5  65.3  66.0  66.6  67.1
## 30   55.1  54.8  54.7  54.6  54.6  54.6  54.9  55.3  55.7  56.3  56.9  57.7
## 31   78.9  79.2  79.5  79.6  79.8  80.1  80.2  80.6  80.7  80.8  81.1  81.4
## 32   70.7  71.2  71.5  71.7  72.0  72.3  72.5  72.9  73.0  73.7  74.0  74.3
## 33   44.4  44.3  44.3  44.4  44.7  44.9  45.2  45.6  46.0  46.7  47.4  48.0
## 34   52.3  52.1  52.3  52.5  52.6  53.0  53.6  53.7  54.6  55.1  55.8  56.4
## 35   76.3  76.9  76.8  77.3  77.3  77.5  77.9  78.2  78.4  78.8  78.6  78.6
## 36   71.7  72.1  72.6  73.0  73.4  73.7  74.2  74.9  75.4  75.4  75.7  75.8
## 37   73.9  74.1  74.3  73.3  75.1  75.6  76.4  76.6  77.3  77.6  77.7  78.1
## 38   61.3  61.6  62.5  62.9  63.6  64.1  64.5  64.8  65.0  65.8  65.4  66.5
## 39   53.4  53.8  54.1  54.3  54.6  55.3  55.9  56.3  56.6  56.8  57.1  57.9
## 40   51.9  52.8  53.6  54.3  54.8  55.6  56.3  57.1  57.6  58.3  59.1  59.8
## 41   77.3  77.9  78.0  78.3  78.4  78.5  79.3  79.2  80.2  80.2  80.3  79.4
## 42   52.0  52.3  52.7  52.9  53.3  53.7  54.2  54.9  55.5  56.3  57.0  57.4
## 43   74.0  74.5  74.8  74.9  74.9  75.5  75.5  75.8  75.7  75.8  76.4  76.8
## 44   76.4  76.8  77.1  77.8  77.8  77.7  77.6  78.3  78.3  78.3  78.3  78.3
## 45   76.7  76.8  77.0  77.2  77.4  77.6  77.9  78.4  78.8  79.3  79.7  80.1
## 46   74.8  75.0  75.3  75.5  75.5  76.0  76.3  76.8  77.0  77.2  77.5  77.7
## 47   76.3  77.0  77.2  77.2  77.5  77.8  78.3  78.3  78.4  78.8  79.0  79.3
## 48   60.4  60.5  60.8  60.9  61.0  61.1  61.6  61.5  62.3  62.8  63.3  63.8
## 49   73.6  73.7  73.9  74.0  73.9  74.0  74.1  74.1  74.0  74.2  74.0  73.6
## 50   73.6  73.9  74.0  74.1  73.8  73.1  73.2  73.2  73.5  73.8  74.0  74.0
## 51   73.9  74.2  74.8  74.3  74.2  74.2  74.0  74.1  74.2  74.2  74.5  74.7
## 52   68.2  68.7  68.5  68.4  68.4  68.6  68.8  68.9  69.3  69.4  69.3  69.4
## 53   71.8  72.4  72.3  73.1  73.0  72.5  72.4  72.9  72.4  73.0  72.8  73.4
## 54   54.1  55.6  57.3  58.6  59.3  59.9  60.2  61.0  61.4  61.6  61.9  62.2
## 55   43.4  53.3  54.5  55.0  55.2  55.6  56.0  56.6  57.0  57.5  58.1  58.6
## 56   70.6  71.0  70.8  71.3  72.0  72.5  72.9  73.1  73.2  74.3  75.0  76.0
## 57   50.3  50.8  53.0  53.9  54.8  55.7  56.8  57.9  59.2  60.5  61.7  62.9
## 58   65.9  65.9  66.3  66.6  66.7  67.0  67.0  67.0  66.9  67.0  67.3  67.4
## 59   77.6  77.8  78.2  78.5  78.7  78.8  79.1  79.5  79.5  79.8  80.0  80.2
## 60   78.8  79.1  79.2  79.4  79.6  80.2  80.4  80.7  81.0  81.1  81.2  81.4
## 61   59.7  59.3  59.0  59.0  58.9  58.9  59.5  59.9  60.6  61.2  61.9  62.8
## 62   61.5  61.7  61.9  62.0  62.1  62.3  62.4  62.6  62.7  63.0  63.3  63.6
## 63   73.0  73.1  73.0  72.4  72.6  72.9  73.4  73.7  73.8  72.8  72.8  72.8
## 64   78.0  78.3  78.6  78.7  78.8  79.4  79.7  79.9  80.1  80.2  80.3  80.4
## 65   59.4  59.4  59.4  59.5  59.6  59.8  60.0  60.2  60.4  60.8  61.2  61.6
## 66   78.6  78.8  79.0  79.2  79.1  79.1  79.3  79.6  79.4  79.8  80.0  80.3
## 67   73.6  73.9  74.1  74.2  74.4  74.0  74.5  74.5  74.5  74.4  74.2  74.1
## 68   68.1  68.0  68.6  69.3  69.4  69.7  69.5  69.9  70.9  71.4  71.3  71.7
## 69   54.5  54.4  54.8  55.2  55.5  55.7  55.9  56.1  56.3  56.7  56.9  57.4
## 70   50.9  52.0  52.3  52.6  52.9  53.2  53.2  53.9  54.3  54.7  55.3  55.9
## 71   66.7  66.2  66.2  66.2  66.5  66.8  66.6  67.2  67.7  68.0  68.6  68.0
## 72   56.8  57.4  57.9  58.5  58.9  58.8  59.8  60.2  60.6  60.9  61.5  32.5
## 73   70.1  70.4  70.7  71.0  71.2  71.4  71.7  71.9  72.2  72.5  72.7  72.8
## 74   71.0  71.8  72.4  72.5  72.6  72.9  72.9  73.3  73.5  74.0  74.2  74.6
## 75   79.8  80.1  80.4  80.8  81.1  81.2  81.4  81.7  81.9  82.0  82.1  82.4
## 76   62.6  62.9  63.3  63.9  64.5  65.2  65.5  65.8  66.0  66.2  66.5  66.7
## 77   67.0  67.3  67.6  67.8  68.0  66.5  68.5  68.7  69.0  69.2  69.4  69.7
## 78   73.3  73.6  73.7  73.8  72.9  74.2  74.3  74.5  74.7  74.9  75.0  75.2
## 79   66.6  66.7  67.6  67.7  68.4  69.0  69.5  68.7  69.2  71.6  72.7  73.5
## 80   76.3  76.6  77.2  77.7  78.2  78.5  79.0  79.3  79.6  79.7  79.8  80.7
## 81   78.5  78.7  78.9  78.7  79.4  79.8  80.1  80.3  80.6  80.9  81.3  81.8
## 82   79.2  79.6  79.8  80.1  80.1  80.7  80.9  81.2  81.4  81.5  81.7  82.0
## 83   73.7  74.0  74.2  75.0  75.9  76.5  77.2  77.3  76.4  75.6  75.0  75.8
## 84   81.0  81.4  81.7  82.0  82.1  82.3  82.3  82.6  82.8  82.9  83.1  83.1
## 85   72.4  72.8  73.1  73.4  74.0  74.4  74.6  75.0  75.8  76.6  77.2  77.6
## 86   66.0  65.5  65.5  65.5  65.3  65.3  65.3  65.5  66.2  67.2  68.2  68.4
## 87   55.8  55.6  55.7  55.8  56.0  56.4  56.9  57.6  58.4  59.3  60.2  61.2
## 88   59.2  59.3  59.5  59.6  59.8  59.9  60.1  60.3  60.5  60.6  60.8  60.9
## 89   78.6  78.6  79.3  79.4  79.5  79.3  79.2  79.2  79.5  79.6  80.2  81.2
## 90   66.7  66.9  67.0  67.0  67.0  67.1  67.1  67.2  67.7  68.4  69.3  69.7
## 91   56.5  57.1  57.6  58.4  59.0  59.7  60.3  61.0  61.7  62.4  63.1  63.8
## 92   70.2  70.7  70.2  70.5  70.9  71.2  70.8  70.3  70.8  72.1  72.8  73.2
## 93   75.1  75.4  75.7  75.9  76.1  76.3  76.4  76.2  76.6  76.7  77.0  77.2
## 94   50.5  48.9  47.7  46.5  45.6  44.8  44.4  44.2  44.5  45.1  46.5  47.8
## 95   53.2  54.3  55.2  55.0  55.1  58.0  58.7  59.4  60.0  60.5  60.9  61.3
## 96   73.2  73.2  73.3  73.4  73.8  73.9  74.0  74.5  74.8  74.4  73.6  73.4
## 97   72.2  72.3  71.8  72.2  72.2  72.1  71.4  71.0  70.7  71.6  73.1  73.3
## 98   77.7  78.0  78.3  78.4  78.7  79.0  79.4  79.7  80.1  80.5  80.7  80.8
## 99   58.6  58.9  59.6  59.8  60.0  60.2  60.7  61.1  61.4  61.5  61.5  61.7
## 100  44.3  44.6  44.9  45.3  46.0  46.7  47.5  48.5  49.7  51.1  52.5  54.2
## 101  72.6  72.8  73.2  73.4  73.4  73.7  74.0  74.3  74.5  74.3  74.1  74.4
## 102  71.4  72.3  73.0  73.8  74.5  73.8  75.6  76.2  76.8  77.5  78.5  79.2
## 103  52.9  53.3  54.0  54.5  55.3  56.0  56.7  57.2  57.8  58.4  59.0  59.4
## 104  78.3  78.5  78.7  79.0  79.1  79.2  79.3  79.5  79.6  79.9  80.2  80.4
## 105  62.1  61.7  62.0  62.0  62.0  62.1  62.1  62.2  62.4  62.6  62.8  63.0
## 106  63.1  63.5  63.9  64.4  64.9  65.3  65.7  66.4  66.9  67.4  67.8  68.2
## 107  71.8  72.2  72.4  72.4  72.7  73.0  72.9  73.0  73.4  73.5  73.6  74.0
## 108  74.1  74.6  74.9  75.0  75.0  75.4  75.3  75.7  75.9  75.5  75.2  75.2
## 109  65.4  65.2  65.9  65.1  66.4  66.5  66.6  66.7  66.8  66.8  66.9  67.0
## 110  68.6  68.6  68.9  69.1  69.2  69.1  68.7  68.9  69.3  69.6  69.6  69.8
## 111  61.6  62.0  62.4  62.8  63.2  63.5  63.9  64.4  65.0  65.5  65.6  66.0
## 112  73.8  73.9  74.0  74.2  74.3  74.4  74.5  74.7  75.0  75.3  75.7  76.0
## 113  68.9  69.3  69.7  70.0  70.3  70.5  70.8  71.1  71.4  71.6  71.9  72.1
## 114  50.6  50.5  50.6  50.5  50.6  50.6  50.6  50.6  50.8  51.3  51.7  52.0
## 115  58.3  58.7  59.1  59.6  60.1  60.6  61.2  61.9  62.5  57.6  64.0  64.8
## 116  55.7  54.5  53.9  53.1  52.6  52.4  52.6  53.3  54.5  56.0  57.3  59.0
## 117  65.1  65.7  66.4  66.5  67.3  67.5  68.0  68.3  68.5  68.7  69.0  69.2
## 118  78.0  78.1  78.3  78.4  78.6  79.1  79.5  79.8  80.2  80.3  80.6  80.8
## 119  77.9  78.3  78.6  78.7  78.9  79.3  79.7  79.9  80.0  80.1  80.4  80.7
## 120  74.6  75.0  75.0  75.1  75.2  75.5  75.6  76.3  76.5  76.8  77.1  77.6
## 121  51.3  51.8  52.4  53.2  54.0  54.9  55.7  56.5  57.2  58.0  58.5  59.1
## 122  55.2  55.2  55.4  55.7  56.0  56.5  57.3  57.9  58.5  59.2  59.9  60.5
## 123  62.3  62.1  62.0  61.9  70.2  70.2  70.3  70.4  70.4  70.6  70.7  70.9
## 124  73.8  73.9  73.7  73.9  74.1  74.7  74.8  74.8  74.9  75.4  75.5  75.9
## 125  78.5  78.6  78.8  79.0  79.5  79.8  80.1  80.4  80.5  80.7  80.8  80.9
## 126  72.7  73.0  73.4  73.7  74.1  74.5  74.9  75.1  75.2  75.2  75.3  75.2
## 127  61.7  61.9  62.1  62.3  62.4  62.6  61.8  63.1  63.5  63.7  64.0  64.3
## 128  72.4  70.5  69.8  68.9  70.0  69.6  70.9  69.4  71.3  69.1  69.8  73.9
## 129  77.0  77.4  77.7  77.8  77.8  78.0  78.0  78.0  78.2  78.1  78.1  78.2
## 130  56.0  56.0  55.9  55.8  55.7  55.6  55.6  55.6  55.7  55.9  56.0  56.3
## 131  74.5  74.5  74.8  74.9  74.7  74.1  74.4  74.3  74.8  74.9  74.7  74.6
## 132  74.2  74.7  75.6  76.0  75.9  76.3  76.8  77.4  77.9  77.9  77.4  77.5
## 133  69.5  69.3  69.2  69.1  69.1  69.2  69.1  69.0  69.2  69.2  69.1  69.2
## 134  73.2  73.9  74.3  74.7  74.9  75.0  75.2  75.3  75.3  75.6  75.9  76.4
## 135  76.3  76.7  77.0  77.3  77.6  78.3  78.8  79.1  79.3  79.5  79.7  80.0
## 136  73.5  74.1  74.9  75.5  76.1  76.6  76.6  76.9  77.2  77.3  77.6  78.0
## 137  70.7  71.1  71.1  71.1  71.4  71.9  72.2  72.7  73.2  73.3  73.4  73.7
## 138  66.2  65.5  65.5  65.3  65.1  65.3  64.8  66.3  67.3  67.5  68.4  68.1
## 139  49.0  49.6  50.8  52.3  53.8  55.4  57.0  58.7  60.3  61.8  63.1  64.3
## 140  71.6  71.7  71.8  72.0  72.1  72.2  72.2  72.4  72.4  72.5  70.3  72.5
## 141  64.2  64.6  65.0  65.3  65.8  66.0  66.1  66.8  67.3  67.7  68.4  68.9
## 142  74.5  74.7  74.8  74.7  74.7  74.8  74.7  74.7  74.7  74.7  74.7  74.8
## 143  60.1  60.6  61.2  61.5  62.3  62.8  63.4  63.9  64.5  65.1  65.5  65.9
## 144  69.4  72.1  72.4  72.5  72.4  72.6  72.7  73.2  73.7  73.9  74.0  74.4
## 145  71.4  71.5  71.7  71.9  72.1  72.1  72.4  72.7  72.8  73.0  73.0  73.2
## 146  49.2  50.9  51.4  51.5  51.8  52.1  52.6  53.0  53.5  54.1  54.6  55.4
## 147  79.0  79.3  79.6  80.0  80.6  80.9  81.1  81.5  81.9  82.2  82.9  83.2
## 148  73.1  73.5  73.7  73.9  74.0  74.4  74.3  74.5  74.5  74.9  75.2  75.6
## 149  75.6  76.0  76.2  76.5  76.5  77.0  77.7  78.0  78.2  78.6  79.1  79.5
## 150  61.5  61.5  61.3  61.2  61.1  61.0  61.0  61.1  61.0  61.4  61.4  61.7
## 151  52.1  52.5  53.0  53.3  53.7  54.0  54.7  55.1  55.0  55.5  55.9  55.0
## 152  57.7  55.6  54.9  53.8  52.8  52.3  52.0  52.0  52.6  53.4  54.5  56.1
## 153  75.9  76.3  76.8  77.2  77.6  78.2  78.7  79.2  79.7  80.1  80.4  80.6
## 154  53.7  54.4  55.1  55.4  55.8  56.3  56.7  56.5  57.0  57.4  56.9  57.8
## 155  78.9  79.4  79.7  79.8  79.6  80.2  80.5  80.9  81.0  81.3  81.7  82.0
## 156  71.6  71.6  72.7  73.6  73.7  69.3  73.8  74.2  74.4  73.7  74.0  74.7
## 157  73.3  73.8  74.1  74.1  74.0  74.2  74.3  74.6  75.0  75.4  75.5  75.6
## 158  71.1  71.2  71.7  71.7  72.2  72.3  72.4  72.6  72.8  73.0  73.0  72.9
## 159  62.8  63.4  63.8  64.0  64.3  64.3  65.7  66.1  66.5  67.0  67.3  67.7
## 160  69.6  69.5  69.5  69.4  69.5  69.6  69.9  70.2  70.6  70.8  71.3  71.4
## 161  50.4  48.3  46.5  45.4  44.5  43.9  43.6  43.9  44.2  44.5  44.9  46.0
## 162  79.6  79.8  79.8  80.0  80.3  80.2  80.6  80.8  80.9  81.0  81.2  81.5
## 163  80.1  80.1  80.5  80.7  80.9  81.3  81.5  81.7  81.9  82.2  82.2  82.5
## 164  71.9  72.5  73.2  73.6  74.4  74.7  75.0  75.3  75.5  75.4  75.7  75.8
## 165  67.5  67.8  68.2  68.5  68.9  69.2  69.2  69.3  69.4  69.6  69.7  69.8
## 166  53.1  53.5  54.1  54.8  55.4  56.1  56.7  57.4  58.3  59.3  60.0  60.9
## 167  71.3  71.8  72.6  73.0  73.6  73.8  74.8  75.4  75.9  76.3  76.8  77.0
## 168  58.5  65.3  65.8  66.1  66.5  67.1  67.7  68.2  68.8  69.3  69.7  70.0
## 169  57.0  56.9  56.7  56.8  56.7  56.9  56.9  57.5  57.7  58.0  58.6  59.2
## 170  70.7  70.7  70.7  70.7  70.7  70.7  70.8  70.8  70.9  70.9  68.8  71.0
## 171  69.8  70.4  70.6  71.1  71.1  71.5  71.9  72.6  72.8  72.4  73.0  73.6
## 172  73.9  74.3  74.6  74.8  75.2  75.5  75.8  76.1  76.3  76.5  76.7  77.0
## 173  72.3  74.1  74.8  75.4  75.9  76.5  76.7  77.0  77.4  77.7  77.5  77.6
## 174  65.9  66.7  67.1  67.1  66.9  66.5  66.1  66.3  66.8  67.6  68.8  69.6
## 175  48.6  49.1  50.0  50.7  51.5  52.5  53.8  54.9  55.9  57.0  58.1  59.1
## 176  68.4  68.0  68.3  68.2  68.3  68.0  67.8  68.5  68.1  68.3  70.1  70.8
## 177  71.9  71.8  71.8  72.1  72.0  72.0  72.5  72.6  72.6  72.8  72.9  72.9
## 178  77.6  78.0  78.2  78.3  78.5  79.0  79.3  79.4  79.7  79.8  80.2  80.4
## 179  76.8  76.9  76.9  77.0  77.2  77.5  77.6  77.8  78.0  78.2  78.4  78.7
## 180  74.2  74.6  74.9  74.9  74.9  75.1  75.5  76.0  75.5  76.1  76.4  76.4
## 181  67.4  67.3  67.3  67.1  67.0  66.8  66.8  67.3  67.7  68.0  68.5  68.8
## 182  62.8  63.4  63.3  63.3  63.3  63.4  63.4  63.5  63.6  63.7  63.8  64.0
## 183  70.1  74.0  74.0  74.0  73.5  74.7  75.2  75.2  75.0  74.7  74.8  75.3
## 184  71.3  71.5  71.7  71.9  72.1  72.3  72.5  72.7  72.8  73.0  73.2  73.5
## 185  62.8  63.3  63.9  64.4  64.8  65.3  65.9  66.4  66.8  67.2  67.5  68.0
## 186  45.6  46.0  46.1  47.0  47.6  48.4  49.3  50.2  51.5  53.0  54.5  56.0
## 187  47.5  46.6  46.2  45.6  45.4  45.1  45.1  45.4  45.9  46.3  47.2  49.7
##     X2011 X2012 X2013 X2014 X2015 X2016 X2017 X2018 X2019 X2020 X2021 X2022
## 1    60.4  60.8  61.3  61.2  61.2  61.2  63.4  63.7  64.1  64.4  64.7  65.1
## 2    77.7  77.8  77.9  77.9  78.0  78.1  78.2  78.3  78.5  78.6  78.7  78.8
## 3    76.5  76.8  76.9  77.0  77.1  77.4  77.7  77.9  78.1  78.3  78.5  78.7
## 4    82.4  82.4  82.5  82.5  82.6  82.7  82.7    NA    NA    NA    NA    NA
## 5    60.6  61.3  61.9  62.8  63.3  63.8  64.2  64.6  65.0  65.4  65.7  66.0
## 6    76.7  76.7  76.8  76.8  76.9  77.0  77.0  77.2  77.3  77.4  77.5  77.7
## 7    75.9  76.0  76.1  76.4  76.5  76.5  76.7  76.8  77.0  77.1  77.3  77.4
## 8    74.3  74.7  75.2  75.3  75.3  75.4  75.6  75.8  75.9  76.0  76.2  76.3
## 9    82.1  82.5  82.6  82.5  82.5  82.5  82.4  82.5  82.7  82.8  83.0  83.1
## 10   80.8  81.0  81.2  81.4  81.5  81.7  81.8  81.9  82.0  82.1  82.3  82.4
## 11   69.5  69.8  70.1  70.3  70.5  70.6  70.8  70.9  71.1  71.2  71.3  71.4
## 12   73.4  73.4  73.5  73.5  73.3  73.6  73.7  73.9  74.1  74.2  74.3  74.4
## 13   78.5  78.7  78.9  79.2  79.3  79.4  79.5  79.6  79.8  79.9  80.0  80.2
## 14   70.3  71.1  71.7  72.0  72.5  72.9  73.1  73.4  73.7  73.9  74.2  74.5
## 15   76.8  77.1  77.1  77.1  77.1  77.1  77.1  77.2  77.3  77.5  77.6  77.7
## 16   70.4  72.2  72.6  73.1  73.8  74.0  74.0  74.3  74.5  74.6  74.8  74.9
## 17   80.2  80.3  80.5  80.9  80.9  81.2  81.4  81.5  81.7  81.9  82.0  82.2
## 18   73.8  74.0  74.1  74.1  74.0  74.1  74.2  74.3  74.4  74.5  74.7  74.8
## 19   61.8  62.2  62.6  63.0  63.5  64.1  64.6  64.9  65.3  65.6  65.9  66.2
## 20   72.1  72.5  72.8  73.1  73.5  73.8  74.0  74.4  74.7  75.0  75.3  75.6
## 21   71.1  71.4  71.7  71.9  72.2  72.5  72.8  73.1  73.3  73.6  73.8  74.1
## 22   76.4  76.6  76.5  76.6  76.4  76.5  76.7  76.9  77.0  77.1  77.3  77.4
## 23   61.6  63.2  64.5  65.8  66.9  68.1  69.1  69.5  69.8  70.0  70.2  70.3
## 24   74.5  74.9  75.1  75.3  75.5  75.4  75.5  75.7  75.9  76.1  76.3  76.5
## 25   75.0  75.0  75.0  75.1  75.1  75.2  75.3  75.5  75.6  75.8  75.9  76.0
## 26   74.1  74.5  74.8  74.5  74.8  74.9  74.9  75.0  75.1  75.2  75.4  75.5
## 27   58.8  59.2  59.7  60.2  60.7  61.2  61.7  62.1  62.5  62.9  63.3  63.7
## 28   58.6  59.3  59.9  60.5  60.8  61.2  61.5  61.9  62.3  62.6  62.9  63.2
## 29   67.6  68.2  68.6  69.0  69.3  69.6  69.9  70.2  70.4  70.7  70.9  71.1
## 30   58.4  59.2  59.9  60.5  61.2  62.1  63.0  63.4  63.8  64.2  64.5  64.8
## 31   81.7  81.7  81.9  81.8  81.7  81.9  82.0  82.1  82.2  82.3  82.5  82.6
## 32   74.5  74.7  75.0  75.2  75.3  75.5  75.8  76.0  76.2  76.4  76.6  76.8
## 33   48.8  49.6  48.5  48.7  50.9  51.7  51.9  52.4  52.9  53.3  53.6  53.9
## 34   56.9  57.5  58.1  58.7  59.2  59.7  60.0  60.3  60.6  60.9  61.2  61.5
## 35   79.0  79.3  79.3  79.6  79.6  79.7  79.7  79.8  80.0  80.1  80.3  80.4
## 36   76.0  76.2  76.5  76.5  76.5  76.7  77.1  77.3  77.5  77.7  77.9  78.0
## 37   78.9  79.3  79.6  80.0  80.0  80.0  80.1  80.3  80.5  80.7  80.8  81.0
## 38   66.3  66.9  67.3  67.7  68.0  68.3  68.6  68.8  69.1  69.3  69.5  69.7
## 39   58.5  59.0  59.8  60.5  61.3  61.9  62.4  62.7  63.0  63.4  63.6  63.9
## 40   60.4  60.8  61.3  61.8  62.2  62.5  62.6  63.0  63.3  63.5  63.7  63.9
## 41   79.8  80.0  80.1  80.1  79.9  79.5  79.5  79.7  79.8  80.0  80.2  80.4
## 42   58.0  58.9  59.6  60.2  61.0  61.7  62.5  62.9  63.3  63.7  64.0  64.3
## 43   77.0  77.3  77.8  77.8  77.6  78.3  78.5  78.7  78.8  79.0  79.1  79.3
## 44   78.8  78.6  78.6  78.5  78.2  78.3  78.4  78.5  78.5  78.6  78.8  78.9
## 45   80.5  80.9  81.1  81.3  81.5  81.7  81.7  81.9  82.0  82.2  82.3  82.5
## 46   77.9  78.1  78.4  78.8  78.8  79.0  79.2  79.3  79.5  79.6  79.8  79.9
## 47   79.8  80.1  80.4  80.7  80.9  80.8  80.8  80.9  81.0  81.1  81.3  81.4
## 48   64.3  64.8  65.3  65.8  66.3  66.9  67.3  68.1  68.6  69.0  69.3  69.4
## 49   73.4  73.2  73.0  72.7  72.4  72.7  72.8    NA    NA    NA    NA    NA
## 50   73.9  73.6  73.2  73.0  72.8  72.8  73.1  73.3  73.5  73.7  73.8  74.0
## 51   75.0  75.4  75.9  76.3  76.6  76.5  76.7  77.0  77.2  77.4  77.6  77.8
## 52   69.6  69.8  70.2  70.5  70.2  70.5  70.6  70.8  71.0  71.1  71.3  71.4
## 53   73.5  72.8  72.7  72.2  72.1  73.8  74.0  74.2  74.5  74.7  74.9  75.1
## 54   62.3  62.6  63.4  64.3  64.7  65.0  65.5  65.9  66.3  66.6  67.0  67.3
## 55   59.2  59.8  60.4  61.0  61.6  62.1  62.7  63.1  63.4  63.8  64.1  64.4
## 56   76.2  76.4  77.0  77.2  77.7  77.9  78.1  78.3  78.5  78.6  78.8  78.9
## 57   64.0  65.0  65.8  66.6  67.2  67.8  68.4  68.8  69.1  69.5  69.9  70.2
## 58   67.5  67.6  67.7  67.8  67.8  67.8  68.1  68.2  68.3  68.4  68.5  68.7
## 59   80.5  80.7  80.9  81.3  81.6  81.5  81.4  81.6  81.8  81.9  82.1  82.3
## 60   81.6  81.8  82.1  82.5  82.5  82.8  82.8  83.0  83.1  83.2  83.3  83.5
## 61   63.5  64.3  65.3  66.2  67.0  67.7  68.4  68.8  69.0  69.3  69.5  69.6
## 62   64.0  64.3  64.5  64.7  65.1  65.4  65.8  66.1  66.4  66.8  67.1  67.5
## 63   72.9  72.9  73.1  73.1  73.0  72.8  72.8  73.0  73.2  73.3  73.5  73.6
## 64   80.5  80.7  80.6  80.9  80.7  80.5  80.6  80.8  80.9  81.1  81.2  81.4
## 65   62.3  63.0  63.6  64.0  64.4  64.8  65.5  65.8  66.1  66.4  66.7  66.9
## 66   80.3  80.3  80.8  81.0  80.8  80.9  81.0  81.2  81.3  81.5  81.7  81.8
## 67   74.0  74.2  74.1  74.0  73.9  74.0  74.1  74.1  74.1  74.2  74.2  74.3
## 68   72.1  72.5  72.8  72.8  72.9  72.6  72.6  72.9  73.1  73.3  73.5  73.8
## 69   57.9  58.3  58.6  58.3  59.2  60.1  60.7  61.2  61.6  62.0  62.3  62.6
## 70   56.6  57.1  57.6  58.1  58.7  59.3  60.0  60.3  60.7  61.0  61.3  61.6
## 71   67.4  67.3  67.8  68.2  68.6  68.9  69.2  69.4  69.5  69.6  69.7  69.8
## 72   61.6  62.5  63.1  63.6  64.0  64.3  65.0  65.3  65.7  66.0  66.3  66.6
## 73   73.1  71.7  72.1  72.1  72.1  73.8  74.0  74.2  74.3  74.5  74.7  74.9
## 74   74.9  75.2  75.7  76.0  75.5  76.4  76.8  77.0  77.2  77.3  77.5  77.6
## 75   82.6  82.6  82.7  82.7  82.7  82.7  82.8  82.9  83.0  83.2  83.3  83.5
## 76   66.9  67.3  67.7  68.1  68.4  68.6  69.0  69.2  69.5  69.7  69.9  70.1
## 77   70.0  70.3  70.5  70.8  71.0  71.2  71.5  71.7  71.9  72.1  72.3  72.5
## 78   75.4  75.7  75.9  76.2  76.5  77.0  77.3  77.6  77.8  78.0  78.2  78.3
## 79   74.5  75.3  75.2  74.8  76.3  76.7  76.7  76.9  77.1  77.2  77.4  77.5
## 80   80.8  80.8  81.1  81.4  81.6  81.8  81.8  82.1  82.3  82.5  82.6  82.8
## 81   81.9  82.2  82.4  81.9  82.6  82.9  83.0  83.1  83.3  83.4  83.6  83.7
## 82   82.1  82.2  82.5  82.7  82.6  83.0  83.2  83.3  83.5  83.6  83.8  83.9
## 83   75.7  75.3  74.7  74.5  74.6  74.5  74.7  74.8  74.9  75.0  75.1  75.2
## 84   82.9  83.4  83.6  83.8  84.1  84.2  84.2  84.4  84.5  84.7  84.8  84.9
## 85   78.0  78.4  78.7  78.9  79.1  79.2  79.3  79.5  79.6  79.7  79.9  80.0
## 86   68.9  69.5  70.3  71.2  71.7  71.8  72.0  72.5  72.8  73.1  73.2  73.3
## 87   62.1  62.9  63.5  64.1  64.7  65.3  65.9  66.3  66.7  66.9  67.2  67.4
## 88   61.1  61.3  61.5  61.7  61.9  62.2  62.4  62.7  62.9  63.1  63.3  63.5
## 89   82.0  82.2  82.5  82.8  82.9  83.1  83.1  83.2  83.3  83.4  83.5  83.7
## 90   70.3  70.6  71.0  71.3  71.9  72.5  72.7  72.8  73.0  73.1  73.3  73.4
## 91   64.5  65.0  65.6  66.1  66.6  67.1  67.6  67.9  68.2  68.5  68.8  69.1
## 92   73.8  74.2  74.2  74.6  74.9  75.0  75.2  75.3  75.4  75.5  75.7  75.8
## 93   77.3  77.5  77.5  77.7  77.8  78.0  78.0  78.0  78.1  78.1  78.2  78.3
## 94   48.5  48.9  49.4  49.9  50.5  52.5  54.7  55.5  56.1  56.6  57.0  57.4
## 95   61.8  62.3  62.8  59.5  62.0  63.9  64.4  64.8  65.2  65.5  65.8  66.1
## 96   56.3  73.4  73.6  72.1  73.1  72.4  73.0  73.2  73.3  73.5  73.7  73.8
## 97   73.7  74.0  74.0  74.6  74.7  74.9  75.0  75.3  75.4  75.6  75.8  75.9
## 98   81.0  81.1  81.3  81.4  81.4  81.6  81.7  81.8  82.0  82.1  82.3  82.4
## 99   61.9  62.1  62.4  62.6  63.0  63.2  63.5  63.9  64.2  64.5  64.9  65.2
## 100  56.1  58.0  59.6  60.9  61.7  62.4  63.2  63.7  64.2  64.6  65.0  65.4
## 101  74.9  74.9  75.0  74.6  74.6  74.7  74.7  74.9  75.0  75.2  75.3  75.5
## 102  79.8  80.4  80.8  81.0  81.2  81.3  81.5  81.8  82.1  82.4  82.7  82.9
## 103  59.9  60.2  60.3  60.8  61.1  61.6  62.0  62.4  62.9  63.3  63.6  64.0
## 104  80.7  80.9  81.1  81.3  81.2  81.0  81.0  81.1  81.3  81.5  81.6  81.8
## 105  63.2  63.5  63.7  63.9  64.1  64.3  64.5    NA    NA    NA    NA    NA
## 106  68.6  69.0  69.3  69.6  69.9  70.2  70.5  70.8  71.0  71.3  71.5  71.7
## 107  74.3  74.2  74.5  74.4  74.5  74.5  74.8  74.9  75.0  75.2  75.3  75.5
## 108  75.5  75.6  75.7  75.8  75.9  75.9  75.5  75.6  75.6  75.7  75.8  75.9
## 109  67.0  67.1  67.2  67.2  67.0  67.2  67.2  67.3  67.5  67.6  67.7  67.8
## 110  70.9  71.5  72.1  71.9  71.8  72.4  72.9  73.0  73.1  73.2  73.3  73.4
## 111  66.7  67.2  67.8  68.3  68.6  68.8  68.9  69.1  69.3  69.5  69.7  69.9
## 112  76.1  76.2  76.2  76.3  76.4  76.4  76.5  76.6  76.7  76.8  77.0  77.1
## 113  72.3  72.6  72.9  73.2  73.5  73.7  74.0  74.2  74.4  74.6  74.8  75.0
## 114  52.5  52.9  53.8  55.1  56.2  57.3  58.4  59.2  59.9  60.4  60.8  61.1
## 115  65.4  66.1  66.8  67.4  67.8  68.3  68.5  68.8  69.1  69.3  69.5  69.7
## 116  60.9  62.6  63.9  64.9  65.5  66.2  66.5  66.9  67.2  67.6  67.9  68.3
## 117  69.4  69.6  69.9  70.2  69.6  70.6  70.9  71.2  71.5  71.8  72.1  72.4
## 118  81.0  81.0  81.3  81.5  81.5  81.5  81.5  81.7  81.8  81.9  82.1  82.2
## 119  80.6  81.0  81.3  81.3  81.5  81.7  81.6  81.8  81.9  82.1  82.2  82.4
## 120  77.7  77.7  77.6  77.4  78.1  78.5  78.8  79.0  79.2  79.5  79.7  79.9
## 121  59.5  60.0  60.5  61.0  61.3  61.9  62.4  62.8  63.2  63.6  63.9  64.3
## 122  61.1  61.7  62.4  62.6  63.4  63.9  64.3  64.8  65.2  65.6  66.0  66.4
## 123  71.0  71.1  71.3  71.4  71.6  71.8  72.0  72.2  72.4  72.5  72.7  72.9
## 124  76.3  76.3  76.8  77.0  76.5  76.3  76.5  76.7  76.8  76.9  77.0  77.2
## 125  80.8  81.5  81.5  81.9  82.3  82.4  82.3  82.5  82.6  82.7  82.9  83.0
## 126  75.0  75.4  76.0  76.2  76.4  76.9  77.1  77.3  77.6  77.8  78.0  78.2
## 127  64.7  65.0  65.3  65.5  66.0  66.4  66.8  67.0  67.2  67.3  67.5  67.6
## 128  74.3  74.4  75.7  75.5  76.2  76.6  76.8  77.0  77.2  77.3  77.5  77.7
## 129  78.3  78.3  78.4  78.6  78.9  79.1  79.3  79.5  79.7  79.8  80.0  80.2
## 130  56.6  56.8  57.2  57.6  57.9  58.2  58.5  58.7  58.9  59.1  59.3  59.5
## 131  74.8  75.1  74.9  75.3  75.8  75.9  76.1  76.3  76.4  76.5  76.6  76.7
## 132  78.0  78.4  78.9  79.4  80.0  80.2  80.3  80.6  80.8  81.0  81.2  81.4
## 133  69.3  69.3  69.2  69.3  69.2  69.5  69.7  69.9  70.0  70.1  70.3  70.4
## 134  76.7  76.8  77.1  77.6  77.5  77.8  78.0  78.2  78.4  78.5  78.7  78.9
## 135  80.4  80.6  80.9  81.2  81.5  81.5  81.4  81.7  81.8  82.0  82.2  82.4
## 136  78.5  78.9  79.2  79.5  79.9  80.1  80.2  80.3  80.5  80.6  80.7  80.9
## 137  74.5  74.6  74.9  74.9  75.1  75.2  75.2  75.3  75.4  75.6  75.7  75.8
## 138  69.8  70.2  70.7  70.8  71.3  71.8  72.1  72.3  72.5  72.7  72.8  72.9
## 139  65.2  66.0  66.7  67.2  67.7  68.0  68.5  68.8  69.1  69.5  69.7  70.0
## 140  72.5  72.3  72.6  72.7  72.7  72.8  72.9  73.0  73.2  73.3  73.4  73.5
## 141  69.3  69.3  69.7  70.0  70.3  70.6  66.9  67.1  67.3  67.5  67.7  67.8
## 142  75.0  75.3  75.7  76.0  76.2  76.6  76.9  77.0  77.1  77.3  77.4  77.6
## 143  66.3  66.6  66.9  67.2  67.5  67.8  68.0  68.3  68.6  68.9  69.2  69.4
## 144  74.5  74.7  75.0  75.1  75.1  75.5  75.7  75.9  76.0  76.2  76.3  76.4
## 145  73.3  73.4  73.5  73.5  73.5  73.5  73.6  73.7  73.8  73.8  73.9  74.0
## 146  56.1  56.9  57.9  57.1  58.5  59.8  60.4  60.9  61.3  61.7  62.1  62.5
## 147  83.4  83.6  83.9  84.2  84.4  84.7  84.8  85.0  85.1  85.3  85.4  85.5
## 148  75.9  76.2  76.6  76.8  76.7  77.2  77.4  77.6  77.7  77.9  78.0  78.1
## 149  79.8  79.9  80.2  80.9  80.8  81.0  81.1  81.3  81.4  81.6  81.7  81.9
## 150  62.0  62.2  62.4  62.4  62.8  63.1  68.5  68.7  68.9  69.0  69.1  69.2
## 151  55.4  56.8  57.4  57.9  58.3  58.5  58.5  58.9  59.2  59.5  59.8  60.1
## 152  57.9  59.5  61.1  62.5  63.4  64.4  66.3  66.6  66.9  67.2  67.4  67.7
## 153  80.9  81.2  81.6  82.0  82.3  82.5  82.6  82.8  83.0  83.2  83.3  83.4
## 154  57.5  58.2  58.0  58.3  59.4  59.4  59.3  59.5  59.7  60.0  60.3  60.5
## 155  82.1  82.3  82.6  82.7  82.6  82.9  83.1  83.2  83.3  83.5  83.6  83.7
## 156  75.9  76.1  76.4  76.5  76.9  77.2  77.5  77.6  77.8  78.0  78.1  78.3
## 157  75.6  75.6  75.5  75.5  75.5  75.5  75.5  75.7  75.8  76.0  76.1  76.2
## 158  72.8  72.5  72.0  72.1  72.0  72.2  72.3  72.4  72.5  72.7  72.8  72.9
## 159  68.0  68.4  68.7  69.1  69.6  69.8  70.3  70.5  70.8  71.0  71.3  71.5
## 160  71.7  72.0  72.1  72.0  71.9  71.9  72.0  72.2  72.3  72.4  72.5  72.7
## 161  48.0  49.2  50.7  53.1  55.8  57.9  59.9  61.0  61.8  62.4  62.7  62.9
## 162  81.6  81.8  81.9  82.1  82.2  82.4  82.5  82.6  82.8  82.9  83.1  83.2
## 163  82.8  82.9  83.0  83.3  83.5  83.8  84.0  84.1  84.3  84.4  84.5  84.7
## 164  74.5  67.9  68.7  65.0  67.3  67.4  69.8  70.6  71.5  72.4  73.3  74.2
## 165  69.9  70.1  70.2  70.3  70.2  70.2  70.3  70.5  70.8  71.0  71.2  71.3
## 166  61.8  62.8  63.9  64.9  65.6  66.2  66.7  67.3  67.7  68.1  68.4  68.7
## 167  77.3  77.7  78.0  78.1  78.2  78.0  78.1  78.4  78.6  78.8  79.0  79.1
## 168  70.3  70.5  70.7  70.7  70.7  70.7  70.8  71.1  71.3  71.5  71.7  71.9
## 169  60.0  60.7  61.4  62.1  62.8  63.5  64.4  64.7  65.0  65.3  65.6  65.9
## 170  71.1  71.2  71.3  71.4  71.5  71.6  71.8  71.9  72.0  72.1  72.2  72.3
## 171  74.4  74.6  74.3  74.4  74.4  74.3  74.2  74.4  74.5  74.6  74.8  74.9
## 172  77.0  77.4  77.6  77.8  77.9  78.1  78.3  78.5  78.7  78.9  79.1  79.3
## 173  77.8  78.0  78.0  78.1  78.3  78.6  78.9  79.2  79.5  79.7  80.0  80.2
## 174  69.8  69.9  69.7  69.7  69.8  70.0  70.1  70.2  70.3  70.5  70.6  70.7
## 175  60.2  61.4  62.5  63.6  64.5  65.2  65.7  66.2  66.6  67.0  67.3  67.6
## 176  71.5  71.6  71.8  71.8  69.2  69.6  70.5  70.7  70.8  70.9  71.0  71.1
## 177  72.9  72.9  73.0  73.1  73.1  73.2  73.3  73.5  73.6  73.8  73.9  74.0
## 178  80.8  80.9  80.9  81.1  81.0  80.9  81.0  81.0  81.1  81.2  81.3  81.5
## 179  78.8  78.9  78.9  78.9  78.8  78.6  78.6  78.6  78.6  78.6  78.7  78.8
## 180  76.3  76.3  76.6  77.0  77.0  77.0  77.0  77.2  77.3  77.5  77.6  77.8
## 181  69.1  69.3  69.4  69.6  69.9  70.1  70.3  70.5  70.7  70.8  70.9  71.0
## 182  64.1  64.2  64.4  64.4  64.4  64.6  64.7  64.9  65.0  65.1  65.3  65.4
## 183  75.3  75.2  75.2  75.0  75.0  75.3  75.3  75.2  75.1  75.1  75.2  75.3
## 184  73.6  73.8  74.0  74.1  74.3  74.4  74.5  74.6  74.7  74.8  74.9  75.0
## 185  68.1  68.3  68.9  69.0  68.6  68.1  68.1  68.1  68.1  68.2  68.3  68.3
## 186  57.5  58.8  60.0  61.1  62.0  62.8  63.2  63.7  64.0  64.3  64.6  64.8
## 187  52.4  54.9  56.8  58.5  59.6  60.5  61.4  61.7  62.0  62.3  62.5  62.7
##     X2023 X2024 X2025 X2026 X2027 X2028 X2029 X2030 X2031 X2032 X2033 X2034
## 1    65.4  65.7  65.9  66.2  66.5  66.7  67.0  67.2  67.4  67.7  67.9  68.1
## 2    78.9  79.1  79.2  79.3  79.5  79.7  79.8  80.0  80.2  80.3  80.5  80.6
## 3    78.8  79.0  79.2  79.4  79.6  79.7  79.9  80.1  80.3  80.4  80.6  80.8
## 4      NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 5    66.4  66.7  67.0  67.3  67.6  67.9  68.2  68.5  68.8  69.1  69.3  69.6
## 6    77.8  77.9  78.1  78.2  78.3  78.5  78.6  78.7  78.8  79.0  79.1  79.2
## 7    77.5  77.7  77.8  78.0  78.1  78.3  78.4  78.6  78.7  78.9  79.0  79.2
## 8    76.5  76.6  76.7  76.9  77.0  77.1  77.3  77.4  77.5  77.7  77.8  78.0
## 9    83.3  83.4  83.5  83.6  83.8  83.9  84.0  84.1  84.3  84.4  84.5  84.6
## 10   82.6  82.7  82.9  83.0  83.2  83.4  83.5  83.7  83.9  84.0  84.2  84.3
## 11   71.5  71.5  71.6  71.8  71.8  72.0  72.1  72.2  72.3  72.4  72.5  72.6
## 12   74.5  74.6  74.8  74.9  75.0  75.1  75.2  75.3  75.4  75.5  75.7  75.8
## 13   80.3  80.4  80.5  80.7  80.8  80.9  81.0  81.2  81.3  81.4  81.6  81.7
## 14   74.8  75.0  75.3  75.6  75.8  76.0  76.3  76.5  76.7  77.0  77.2  77.4
## 15   77.8  78.0  78.1  78.2  78.4  78.5  78.7  78.8  79.0  79.1  79.3  79.4
## 16   75.0  75.1  75.2  75.4  75.5  75.7  75.8  75.9  76.1  76.2  76.4  76.5
## 17   82.3  82.5  82.6  82.8  83.0  83.1  83.3  83.4  83.5  83.7  83.8  84.0
## 18   75.0  75.1  75.3  75.4  75.5  75.7  75.8  76.0  76.1  76.3  76.4  76.6
## 19   66.5  66.8  67.1  67.4  67.7  67.9  68.2  68.4  68.6  68.9  69.1  69.3
## 20   75.9  76.2  76.4  76.7  76.9  77.1  77.3  77.6  77.8  78.0  78.2  78.4
## 21   74.3  74.6  74.8  75.0  75.2  75.5  75.7  75.9  76.1  76.3  76.5  76.7
## 22   77.6  77.7  77.9  78.0  78.2  78.3  78.5  78.6  78.8  78.9  79.1  79.2
## 23   70.3  70.4  70.5  70.6  70.8  70.9  71.0  71.2  71.3  71.4  71.6  71.7
## 24   76.7  76.9  77.1  77.3  77.5  77.7  77.9  78.1  78.3  78.5  78.7  78.8
## 25   76.2  76.3  76.5  76.6  76.7  76.9  77.0  77.1  77.3  77.4  77.5  77.7
## 26   75.6  75.8  75.9  76.0  76.2  76.3  76.4  76.5  76.7  76.8  76.9  77.0
## 27   64.1  64.5  64.9  65.2  65.6  65.9  66.3  66.6  66.9  67.2  67.5  67.8
## 28   63.6  63.9  64.2  64.5  64.8  65.1  65.4  65.7  66.0  66.3  66.6  66.8
## 29   71.3  71.5  71.7  71.8  72.0  72.2  72.4  72.6  72.8  72.9  73.1  73.3
## 30   65.1  65.4  65.7  66.0  66.3  66.6  66.9  67.2  67.5  67.8  68.0  68.3
## 31   82.8  82.9  83.1  83.2  83.4  83.5  83.7  83.8  84.0  84.1  84.2  84.3
## 32   76.9  77.1  77.3  77.4  77.6  77.8  78.0  78.1  78.3  78.5  78.6  78.8
## 33   54.2  54.5  54.8  55.1  55.4  55.7  56.0  56.3  56.6  56.9  57.2  57.4
## 34   61.8  62.1  62.4  62.7  63.0  63.3  63.6  63.9  64.2  64.5  64.8  65.1
## 35   80.6  80.8  81.0  81.2  81.3  81.5  81.7  82.0  82.2  82.3  82.5  82.7
## 36   78.2  78.3  78.5  78.7  78.8  79.0  79.2  79.3  79.5  79.7  79.8  80.0
## 37   81.2  81.4  81.5  81.7  81.9  82.1  82.2  82.4  82.6  82.8  82.9  83.1
## 38   69.9  70.1  70.3  70.5  70.7  70.9  71.1  71.3  71.5  71.6  71.8  72.0
## 39   64.2  64.4  64.7  65.0  65.2  65.5  65.7  66.0  66.2  66.5  66.7  66.9
## 40   64.0  64.2  64.4  64.5  64.7  64.9  65.1  65.3  65.4  65.6  65.7  65.9
## 41   80.6  80.8  81.0  81.1  81.3  81.5  81.7  81.8  82.0  82.2  82.4  82.5
## 42   64.6  64.8  65.1  65.4  65.6  65.9  66.1  66.3  66.6  66.8  67.0  67.3
## 43   79.4  79.6  79.8  79.9  80.1  80.2  80.4  80.5  80.7  80.9  81.0  81.2
## 44   79.0  79.1  79.3  79.4  79.6  79.8  80.0  80.2  80.4  80.6  80.8  81.0
## 45   82.7  82.8  83.0  83.1  83.3  83.4  83.6  83.7  83.9  84.0  84.2  84.3
## 46   80.0  80.2  80.3  80.5  80.6  80.8  80.9  81.0  81.2  81.3  81.5  81.6
## 47   81.5  81.7  81.8  82.0  82.1  82.3  82.4  82.6  82.7  82.9  83.0  83.2
## 48   69.6  69.8  70.0  70.2  70.5  70.7  70.9  71.1  71.3  71.6  71.8  72.0
## 49     NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 50   74.1  74.3  74.5  74.6  74.8  74.9  75.1  75.3  75.4  75.6  75.7  75.9
## 51   78.0  78.2  78.3  78.5  78.7  78.9  79.1  79.3  79.5  79.7  79.9  80.0
## 52   71.6  71.8  71.9  72.0  72.2  72.3  72.5  72.7  72.8  73.0  73.1  73.2
## 53   75.3  75.5  75.7  75.9  76.1  76.3  76.5  76.7  76.9  77.1  77.3  77.5
## 54   67.7  68.0  68.3  68.7  69.0  69.3  69.6  69.9  70.2  70.5  70.8  71.1
## 55   64.7  65.0  65.3  65.5  65.8  66.1  66.3  66.6  66.8  67.0  67.3  67.5
## 56   79.0  79.2  79.3  79.4  79.6  79.7  79.9  80.0  80.2  80.3  80.5  80.6
## 57   70.6  70.9  71.3  71.6  71.9  72.2  72.5  72.7  73.0  73.3  73.5  73.8
## 58   68.8  68.9  69.1  69.2  69.4  69.6  69.7  69.9  70.0  70.2  70.4  70.5
## 59   82.4  82.6  82.7  82.9  83.0  83.2  83.3  83.4  83.5  83.7  83.8  83.9
## 60   83.6  83.7  83.9  84.0  84.1  84.3  84.4  84.5  84.7  84.8  84.9  85.1
## 61   69.8  69.9  70.1  70.3  70.4  70.6  70.8  70.9  71.1  71.3  71.4  71.6
## 62   67.9  68.2  68.5  68.8  69.1  69.4  69.7  69.9  70.2  70.4  70.7  70.9
## 63   73.7  73.9  74.0  74.2  74.3  74.4  74.6  74.7  74.9  75.0  75.2  75.3
## 64   81.5  81.7  81.9  82.0  82.2  82.3  82.5  82.6  82.8  82.9  83.0  83.2
## 65   67.2  67.4  67.7  67.9  68.1  68.3  68.6  68.8  69.0  69.2  69.4  69.6
## 66   82.0  82.1  82.3  82.4  82.6  82.7  82.8  83.0  83.1  83.2  83.3  83.5
## 67   74.3  74.4  74.6  74.7  74.9  75.0  75.2  75.4  75.6  75.8  76.0  76.2
## 68   74.0  74.2  74.4  74.6  74.8  75.0  75.2  75.3  75.5  75.7  75.9  76.1
## 69   62.9  63.1  63.4  63.7  64.0  64.2  64.5  64.8  65.0  65.3  65.5  65.7
## 70   61.9  62.2  62.5  62.8  63.1  63.4  63.7  64.0  64.3  64.5  64.8  65.1
## 71   69.9  70.0  70.1  70.2  70.3  70.4  70.5  70.7  70.8  70.9  71.0  71.1
## 72   66.8  67.1  67.4  67.6  67.9  68.1  68.4  68.6  68.8  69.1  69.3  69.5
## 73   75.0  75.2  75.4  75.5  75.7  75.9  76.0  76.2  76.4  76.5  76.7  76.9
## 74   77.7  77.8  78.0  78.1  78.3  78.4  78.5  78.7  78.8  79.0  79.1  79.2
## 75   83.6  83.8  83.9  84.0  84.2  84.3  84.5  84.6  84.7  84.8  85.0  85.1
## 76   70.3  70.5  70.8  71.0  71.1  71.3  71.5  71.7  71.9  72.0  72.2  72.4
## 77   72.6  72.8  73.0  73.1  73.3  73.5  73.7  73.8  74.0  74.2  74.3  74.5
## 78   78.5  78.7  78.9  79.1  79.3  79.5  79.6  79.8  80.0  80.2  80.3  80.5
## 79   77.7  77.8  78.0  78.1  78.2  78.4  78.5  78.7  78.8  78.9  79.1  79.2
## 80   82.9  83.0  83.2  83.3  83.5  83.6  83.8  83.9  84.1  84.2  84.3  84.5
## 81   83.9  84.0  84.2  84.3  84.5  84.6  84.7  84.8  85.0  85.1  85.2  85.3
## 82   84.1  84.2  84.3  84.4  84.6  84.7  84.8  84.9  85.1  85.2  85.3  85.4
## 83   75.3  75.5  75.6  75.7  75.8  76.0  76.1  76.2  76.3  76.5  76.6  76.7
## 84   85.0  85.1  85.2  85.3  85.5  85.6  85.7  85.8  85.9  86.0  86.2  86.3
## 85   80.2  80.3  80.5  80.6  80.7  80.9  81.0  81.2  81.3  81.5  81.6  81.7
## 86   73.3  73.4  73.5  73.6  73.7  73.9  74.0  74.1  74.3  74.4  74.5  74.7
## 87   67.6  67.8  68.0  68.2  68.5  68.7  68.9  69.1  69.3  69.5  69.7  69.8
## 88   63.7  63.9  64.1  64.3  64.5  64.7  64.8  65.0  65.2  65.4  65.5  65.7
## 89   83.8  83.9  84.0  84.1  84.3  84.4  84.5  84.6  84.8  84.9  85.0  85.1
## 90   73.6  73.7  73.9  74.0  74.2  74.3  74.5  74.6  74.7  74.9  75.0  75.1
## 91   69.4  69.6  69.9  70.1  70.4  70.6  70.8  71.1  71.3  71.5  71.7  71.9
## 92   75.9  76.1  76.2  76.3  76.5  76.6  76.8  76.9  77.0  77.2  77.3  77.5
## 93   78.5  78.6  78.7  78.9  79.0  79.2  79.4  79.6  79.8  80.0  80.2  80.4
## 94   57.8  58.1  58.5  58.9  59.3  59.7  60.1  60.5  60.9  61.2  61.6  61.9
## 95   66.3  66.6  66.8  67.0  67.3  67.5  67.8  68.0  68.2  68.4  68.6  68.8
## 96   74.0  74.1  74.3  74.4  74.5  74.7  74.8  75.0  75.1  75.3  75.4  75.5
## 97   76.0  76.2  76.3  76.5  76.6  76.8  76.9  77.1  77.3  77.4  77.6  77.7
## 98   82.6  82.7  82.9  83.0  83.2  83.3  83.5  83.6  83.7  83.9  84.0  84.1
## 99   65.5  65.8  66.1  66.4  66.6  66.9  67.1  67.4  67.6  67.8  68.1  68.3
## 100  65.8  66.2  66.5  66.9  67.3  67.6  68.0  68.3  68.6  68.9  69.2  69.5
## 101  75.6  75.8  75.9  76.0  76.2  76.3  76.4  76.6  76.7  76.9  77.0  77.1
## 102  83.2  83.5  83.8  84.0  84.3  84.5  84.8  85.0  85.2  85.5  85.7  85.9
## 103  64.4  64.7  65.0  65.4  65.7  66.0  66.3  66.6  66.9  67.1  67.4  67.6
## 104  81.9  82.0  82.2  82.3  82.5  82.6  82.8  82.9  83.0  83.2  83.3  83.4
## 105    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 106  71.8  72.0  72.2  72.4  72.6  72.8  72.9  73.1  73.3  73.4  73.6  73.8
## 107  75.6  75.8  75.9  76.1  76.2  76.4  76.5  76.7  76.8  77.0  77.1  77.3
## 108  76.0  76.2  76.3  76.5  76.7  77.0  77.2  77.4  77.7  77.9  78.1  78.3
## 109  67.9  68.0  68.1  68.2  68.3  68.5  68.6  68.7  68.8  68.9  69.0  69.1
## 110  73.6  73.7  73.8  73.9  74.1  74.2  74.3  74.5  74.6  74.7  74.8  75.0
## 111  70.1  70.3  70.4  70.6  70.8  71.0  71.2  71.3  71.5  71.7  71.9  72.1
## 112  77.3  77.4  77.6  77.7  77.9  78.0  78.2  78.3  78.4  78.6  78.7  78.9
## 113  75.3  75.5  75.7  75.8  76.0  76.2  76.4  76.6  76.8  77.0  77.2  77.3
## 114  61.4  61.8  62.1  62.4  62.8  63.1  63.5  63.8  64.2  64.5  64.8  65.1
## 115  69.9  70.1  70.3  70.4  70.6  70.8  71.0  71.1  71.3  71.5  71.6  71.8
## 116  68.6  69.0  69.3  69.6  69.9  70.2  70.5  70.7  71.0  71.3  71.5  71.7
## 117  72.6  72.9  73.1  73.3  73.5  73.8  74.0  74.2  74.4  74.6  74.8  75.0
## 118  82.4  82.5  82.7  82.8  82.9  83.1  83.2  83.4  83.5  83.6  83.8  83.9
## 119  82.5  82.7  82.8  83.0  83.1  83.3  83.4  83.5  83.7  83.8  83.9  84.1
## 120  80.2  80.4  80.6  80.8  81.0  81.2  81.4  81.7  81.8  82.1  82.3  82.5
## 121  64.6  65.0  65.3  65.6  65.9  66.2  66.5  66.8  67.1  67.4  67.6  67.9
## 122  66.7  67.1  67.4  67.8  68.1  68.5  68.8  69.2  69.5  69.9  70.2  70.5
## 123  73.1  73.3  73.4  73.6  73.8  74.0  74.2  74.3  74.5  74.7  74.8  75.0
## 124  77.3  77.4  77.6  77.7  77.8  78.0  78.1  78.2  78.4  78.5  78.6  78.8
## 125  83.2  83.3  83.5  83.7  83.8  83.9  84.1  84.2  84.3  84.5  84.6  84.7
## 126  78.4  78.6  78.8  79.0  79.2  79.4  79.6  79.8  80.0  80.2  80.3  80.5
## 127  67.8  67.9  68.1  68.2  68.3  68.5  68.6  68.8  68.9  69.0  69.2  69.3
## 128  77.8  78.0  78.2  78.3  78.5  78.7  78.8  79.0  79.1  79.3  79.4  79.6
## 129  80.3  80.5  80.7  80.9  81.0  81.2  81.4  81.6  81.7  81.9  82.1  82.2
## 130  59.7  59.9  60.0  60.2  60.4  60.5  60.7  60.9  61.0  61.1  61.3  61.4
## 131  76.8  76.9  77.0  77.1  77.2  77.3  77.5  77.6  77.7  77.8  77.9  78.0
## 132  81.7  81.9  82.1  82.3  82.5  82.7  82.9  83.2  83.4  83.6  83.8  84.0
## 133  70.5  70.6  70.7  70.9  71.0  71.1  71.3  71.4  71.5  71.6  71.8  71.9
## 134  79.0  79.2  79.3  79.5  79.7  79.8  80.0  80.1  80.3  80.5  80.6  80.8
## 135  82.5  82.7  82.8  83.0  83.1  83.3  83.4  83.5  83.7  83.8  83.9  84.0
## 136  81.0  81.2  81.3  81.5  81.6  81.8  81.9  82.1  82.2  82.4  82.6  82.7
## 137  76.0  76.1  76.2  76.4  76.5  76.6  76.8  76.9  77.1  77.2  77.3  77.5
## 138  73.0  73.2  73.3  73.4  73.5  73.7  73.8  74.0  74.1  74.3  74.4  74.5
## 139  70.3  70.6  70.8  71.1  71.3  71.6  71.8  72.1  72.3  72.5  72.7  72.9
## 140  73.7  73.8  73.9  74.0  74.1  74.3  74.4  74.5  74.7  74.8  74.9  75.0
## 141  68.0  68.2  68.3  68.5  68.7  68.8  69.0  69.2  69.3  69.5  69.6  69.8
## 142  77.8  77.9  78.1  78.2  78.3  78.5  78.6  78.8  78.9  79.1  79.2  79.4
## 143  69.7  69.9  70.2  70.4  70.7  70.9  71.1  71.3  71.5  71.7  71.9  72.1
## 144  76.6  76.7  76.8  77.0  77.1  77.3  77.4  77.5  77.7  77.8  78.0  78.1
## 145  74.1  74.3  74.4  74.5  74.7  74.9  75.0  75.2  75.4  75.6  75.7  75.9
## 146  62.9  63.3  63.7  64.1  64.5  64.8  65.2  65.6  66.0  66.3  66.7  67.0
## 147  85.7  85.8  85.9  86.0  86.2  86.3  86.4  86.5  86.6  86.8  86.9  87.0
## 148  78.3  78.4  78.5  78.7  78.8  79.0  79.1  79.3  79.4  79.5  79.7  79.8
## 149  82.0  82.2  82.3  82.5  82.6  82.8  82.9  83.1  83.2  83.4  83.5  83.6
## 150  69.3  69.4  69.5  69.6  69.8  69.9  70.0  70.1  70.2  70.3  70.5  70.6
## 151  60.4  60.6  60.9  61.2  61.4  61.7  62.0  62.2  62.5  62.8  63.0  63.3
## 152  67.9  68.1  68.3  68.5  68.8  69.0  69.2  69.4  69.6  69.8  70.0  70.2
## 153  83.6  83.7  83.8  84.0  84.1  84.2  84.4  84.5  84.6  84.8  84.9  85.0
## 154  60.8  61.1  61.3  61.6  61.8  62.1  62.3  62.6  62.8  63.0  63.3  63.5
## 155  83.8  84.0  84.1  84.2  84.3  84.5  84.6  84.7  84.8  84.9  85.1  85.2
## 156  78.5  78.6  78.8  79.0  79.2  79.3  79.5  79.7  79.8  80.0  80.2  80.3
## 157  76.4  76.5  76.6  76.8  76.9  77.0  77.2  77.3  77.4  77.5  77.7  77.8
## 158  73.0  73.2  73.3  73.4  73.5  73.7  73.8  73.9  74.1  74.2  74.3  74.4
## 159  71.7  72.0  72.2  72.4  72.7  72.9  73.1  73.3  73.5  73.7  73.9  74.1
## 160  72.8  72.9  73.0  73.2  73.3  73.4  73.6  73.7  73.8  74.0  74.1  74.2
## 161  63.1  63.3  63.5  63.8  64.1  64.4  64.7  65.0  65.3  65.6  65.8  66.1
## 162  83.4  83.5  83.7  83.8  84.0  84.1  84.2  84.4  84.5  84.6  84.7  84.8
## 163  84.8  84.9  85.1  85.2  85.3  85.4  85.5  85.7  85.8  85.9  86.0  86.1
## 164  74.9  75.5  76.0  76.3  76.5  76.7  76.9  77.0  77.1  77.3  77.4  77.5
## 165  71.5  71.7  71.9  72.1  72.3  72.4  72.6  72.8  73.0  73.1  73.3  73.5
## 166  68.9  69.2  69.5  69.7  70.0  70.3  70.5  70.8  71.0  71.3  71.5  71.8
## 167  79.3  79.5  79.6  79.8  80.0  80.2  80.4  80.5  80.7  80.9  81.1  81.3
## 168  72.1  72.3  72.5  72.7  72.9  73.0  73.2  73.4  73.5  73.7  73.9  74.0
## 169  66.3  66.6  66.9  67.2  67.4  67.7  68.0  68.2  68.5  68.7  68.9  69.2
## 170  72.5  72.6  72.7  72.8  72.9  73.0  73.1  73.3  73.4  73.5  73.6  73.7
## 171  75.0  75.1  75.2  75.3  75.5  75.6  75.7  75.9  76.0  76.1  76.2  76.4
## 172  79.5  79.7  79.9  80.1  80.3  80.4  80.6  80.8  81.0  81.1  81.3  81.5
## 173  80.4  80.6  80.8  81.0  81.3  81.5  81.7  81.9  82.1  82.3  82.5  82.8
## 174  70.9  71.0  71.1  71.2  71.4  71.5  71.6  71.7  71.9  72.0  72.1  72.2
## 175  67.9  68.2  68.5  68.8  69.1  69.3  69.6  69.9  70.2  70.5  70.7  71.0
## 176  71.3  71.4  71.5  71.7  71.8  71.9  72.1  72.2  72.3  72.5  72.6  72.7
## 177  74.2  74.3  74.4  74.6  74.7  74.8  75.0  75.1  75.2  75.3  75.5  75.6
## 178  81.6  81.8  81.9  82.1  82.2  82.4  82.6  82.7  82.9  83.0  83.2  83.4
## 179  78.9  79.0  79.1  79.3  79.5  79.7  79.9  80.1  80.3  80.5  80.8  80.9
## 180  77.9  78.1  78.2  78.3  78.5  78.7  78.8  78.9  79.1  79.2  79.4  79.5
## 181  71.1  71.2  71.3  71.4  71.5  71.6  71.7  71.8  71.9  72.0  72.1  72.2
## 182  65.5  65.7  65.8  65.9  66.0  66.2  66.3  66.4  66.5  66.7  66.8  66.9
## 183  75.5  75.8  76.0  76.3  76.6  76.8  77.0  77.2  77.3  77.5  77.6  77.8
## 184  75.1  75.2  75.4  75.5  75.7  75.8  76.0  76.1  76.3  76.5  76.6  76.8
## 185  68.5  68.6  68.8  68.9  69.1  69.3  69.6  69.8  70.0  70.2  70.4  70.6
## 186  65.1  65.3  65.5  65.8  66.0  66.3  66.5  66.8  67.0  67.2  67.5  67.7
## 187  62.9  63.1  63.4  63.6  63.9  64.1  64.4  64.6  64.8  65.1  65.3  65.5
##     X2035 X2036 X2037 X2038 X2039 X2040 X2041 X2042 X2043 X2044 X2045 X2046
## 1    68.3  68.5  68.7  68.9  69.0  69.2  69.4  69.6  69.7  69.9  70.1  70.2
## 2    80.8  80.9  81.0  81.2  81.3  81.4  81.6  81.7  81.8  82.0  82.1  82.3
## 3    80.9  81.1  81.2  81.4  81.6  81.7  81.9  82.0  82.2  82.3  82.5  82.7
## 4      NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 5    69.9  70.1  70.4  70.6  70.8  71.1  71.3  71.5  71.7  71.9  72.1  72.3
## 6    79.4  79.5  79.6  79.7  79.9  80.0  80.1  80.3  80.4  80.5  80.6  80.8
## 7    79.3  79.5  79.6  79.8  79.9  80.1  80.2  80.4  80.5  80.7  80.8  81.0
## 8    78.1  78.2  78.4  78.5  78.6  78.8  78.9  79.0  79.2  79.3  79.4  79.6
## 9    84.7  84.8  85.0  85.1  85.2  85.3  85.4  85.5  85.7  85.8  85.9  86.0
## 10   84.5  84.6  84.7  84.8  85.0  85.1  85.2  85.3  85.4  85.6  85.7  85.8
## 11   72.7  72.8  73.0  73.1  73.2  73.3  73.4  73.5  73.7  73.8  73.9  74.0
## 12   75.9  76.0  76.1  76.2  76.4  76.5  76.6  76.7  76.8  77.0  77.1  77.2
## 13   81.8  82.0  82.1  82.2  82.3  82.5  82.6  82.8  82.9  83.0  83.2  83.3
## 14   77.6  77.8  78.0  78.2  78.4  78.6  78.8  79.0  79.2  79.4  79.6  79.8
## 15   79.5  79.7  79.8  80.0  80.1  80.2  80.3  80.5  80.6  80.8  80.9  81.0
## 16   76.6  76.8  76.9  77.0  77.2  77.3  77.5  77.6  77.8  77.9  78.0  78.2
## 17   84.1  84.2  84.3  84.5  84.6  84.7  84.8  85.0  85.1  85.2  85.3  85.4
## 18   76.7  76.9  77.0  77.2  77.3  77.4  77.6  77.7  77.9  78.0  78.2  78.3
## 19   69.5  69.7  69.9  70.1  70.3  70.5  70.7  70.8  71.0  71.2  71.4  71.5
## 20   78.6  78.8  79.0  79.2  79.3  79.5  79.7  79.9  80.0  80.2  80.4  80.5
## 21   76.8  77.0  77.2  77.4  77.6  77.8  78.0  78.1  78.3  78.5  78.6  78.8
## 22   79.4  79.5  79.7  79.8  80.0  80.1  80.3  80.4  80.6  80.7  80.9  81.0
## 23   71.8  71.9  72.1  72.2  72.3  72.4  72.6  72.7  72.8  72.9  73.0  73.2
## 24   79.0  79.2  79.4  79.6  79.8  79.9  80.1  80.3  80.5  80.7  80.8  81.0
## 25   77.8  77.9  78.1  78.2  78.3  78.5  78.6  78.7  78.8  79.0  79.1  79.2
## 26   77.2  77.3  77.4  77.6  77.7  77.8  78.0  78.1  78.2  78.4  78.5  78.6
## 27   68.0  68.3  68.6  68.8  69.0  69.3  69.5  69.7  70.0  70.2  70.3  70.5
## 28   67.1  67.3  67.6  67.8  68.1  68.3  68.5  68.8  69.0  69.2  69.4  69.6
## 29   73.4  73.6  73.8  73.9  74.1  74.2  74.4  74.5  74.7  74.8  75.0  75.1
## 30   68.6  68.8  69.1  69.3  69.6  69.8  70.1  70.3  70.5  70.7  71.0  71.2
## 31   84.5  84.6  84.7  84.8  85.0  85.1  85.2  85.3  85.4  85.5  85.7  85.8
## 32   78.9  79.1  79.3  79.4  79.6  79.8  79.9  80.1  80.2  80.4  80.6  80.7
## 33   57.7  58.0  58.3  58.5  58.8  59.0  59.3  59.5  59.7  60.0  60.2  60.4
## 34   65.3  65.6  65.9  66.2  66.5  66.7  67.0  67.3  67.5  67.8  68.0  68.3
## 35   82.9  83.0  83.2  83.3  83.5  83.7  83.8  83.9  84.1  84.2  84.3  84.5
## 36   80.2  80.3  80.5  80.6  80.8  81.0  81.1  81.3  81.5  81.6  81.8  81.9
## 37   83.3  83.5  83.6  83.8  84.0  84.1  84.3  84.5  84.6  84.8  85.0  85.1
## 38   72.1  72.3  72.5  72.6  72.8  72.9  73.1  73.2  73.4  73.5  73.7  73.8
## 39   67.2  67.4  67.6  67.8  68.0  68.2  68.4  68.6  68.8  69.0  69.2  69.4
## 40   66.0  66.2  66.3  66.5  66.6  66.8  66.9  67.1  67.2  67.3  67.5  67.6
## 41   82.7  82.8  83.0  83.1  83.3  83.4  83.6  83.7  83.8  84.0  84.1  84.2
## 42   67.5  67.7  67.9  68.1  68.3  68.5  68.6  68.8  69.0  69.2  69.3  69.5
## 43   81.3  81.5  81.7  81.8  82.0  82.1  82.3  82.4  82.6  82.7  82.9  83.0
## 44   81.1  81.3  81.4  81.6  81.7  81.8  82.0  82.1  82.3  82.4  82.6  82.7
## 45   84.5  84.6  84.8  84.9  85.1  85.2  85.3  85.5  85.6  85.7  85.8  86.0
## 46   81.8  81.9  82.1  82.2  82.4  82.5  82.7  82.8  82.9  83.1  83.2  83.3
## 47   83.3  83.5  83.6  83.7  83.9  84.0  84.1  84.3  84.4  84.5  84.6  84.8
## 48   72.2  72.3  72.5  72.7  72.9  73.1  73.2  73.4  73.6  73.8  73.9  74.1
## 49     NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 50   76.1  76.2  76.4  76.5  76.7  76.8  77.0  77.2  77.3  77.5  77.6  77.8
## 51   80.2  80.4  80.6  80.8  81.0  81.1  81.3  81.5  81.7  81.8  82.0  82.2
## 52   73.4  73.5  73.7  73.8  74.0  74.1  74.2  74.4  74.5  74.7  74.8  74.9
## 53   77.7  77.9  78.1  78.3  78.5  78.6  78.8  79.0  79.2  79.4  79.6  79.7
## 54   71.3  71.6  71.8  72.1  72.3  72.6  72.8  73.0  73.3  73.5  73.7  73.9
## 55   67.7  67.9  68.1  68.3  68.4  68.6  68.8  69.0  69.2  69.3  69.5  69.7
## 56   80.8  80.9  81.1  81.2  81.3  81.5  81.6  81.8  81.9  82.0  82.1  82.3
## 57   74.0  74.3  74.5  74.7  74.9  75.1  75.3  75.5  75.7  75.9  76.1  76.3
## 58   70.7  70.8  70.9  71.0  71.2  71.3  71.4  71.5  71.7  71.8  71.9  72.0
## 59   84.0  84.2  84.3  84.4  84.5  84.6  84.8  84.9  85.0  85.1  85.2  85.3
## 60   85.2  85.3  85.4  85.5  85.7  85.8  85.9  86.0  86.1  86.3  86.4  86.5
## 61   71.7  71.9  72.0  72.2  72.3  72.4  72.6  72.7  72.8  73.0  73.1  73.3
## 62   71.1  71.3  71.5  71.7  71.9  72.1  72.3  72.5  72.7  72.9  73.0  73.2
## 63   75.4  75.6  75.7  75.8  76.0  76.1  76.3  76.4  76.5  76.7  76.8  77.0
## 64   83.3  83.5  83.6  83.7  83.8  84.0  84.1  84.2  84.3  84.4  84.5  84.7
## 65   69.8  70.0  70.2  70.4  70.5  70.7  70.9  71.1  71.3  71.4  71.6  71.7
## 66   83.6  83.7  83.8  83.9  84.0  84.2  84.3  84.4  84.5  84.6  84.7  84.8
## 67   76.3  76.4  76.5  76.7  76.8  76.9  77.0  77.2  77.3  77.4  77.5  77.7
## 68   76.3  76.5  76.7  76.8  77.0  77.2  77.4  77.6  77.7  77.9  78.1  78.3
## 69   66.0  66.2  66.4  66.6  66.8  67.0  67.2  67.4  67.5  67.7  67.9  68.1
## 70   65.3  65.6  65.8  66.1  66.3  66.5  66.8  67.0  67.2  67.4  67.6  67.8
## 71   71.2  71.3  71.4  71.5  71.6  71.7  71.9  72.0  72.1  72.2  72.3  72.4
## 72   69.7  69.9  70.1  70.3  70.5  70.7  70.9  71.0  71.2  71.4  71.6  71.7
## 73   77.0  77.2  77.3  77.5  77.6  77.8  78.0  78.1  78.3  78.4  78.6  78.7
## 74   79.4  79.5  79.7  79.8  80.0  80.1  80.2  80.4  80.5  80.7  80.8  81.0
## 75   85.2  85.3  85.4  85.5  85.7  85.8  85.9  86.0  86.1  86.2  86.3  86.4
## 76   72.5  72.7  72.8  73.0  73.2  73.3  73.5  73.6  73.8  73.9  74.0  74.2
## 77   74.7  74.8  75.0  75.1  75.3  75.5  75.6  75.8  75.9  76.1  76.2  76.4
## 78   80.7  80.8  81.0  81.2  81.3  81.5  81.7  81.8  82.0  82.2  82.3  82.5
## 79   79.3  79.5  79.6  79.7  79.9  80.0  80.1  80.3  80.4  80.5  80.6  80.8
## 80   84.6  84.7  84.9  85.0  85.1  85.2  85.3  85.5  85.6  85.7  85.8  85.9
## 81   85.5  85.6  85.7  85.8  85.9  86.0  86.2  86.3  86.4  86.5  86.6  86.7
## 82   85.5  85.7  85.8  85.9  86.0  86.1  86.3  86.4  86.5  86.6  86.7  86.8
## 83   76.8  76.9  77.1  77.2  77.3  77.4  77.5  77.7  77.8  77.9  78.0  78.1
## 84   86.4  86.5  86.6  86.7  86.9  87.0  87.1  87.2  87.3  87.4  87.5  87.7
## 85   81.9  82.0  82.2  82.3  82.4  82.6  82.7  82.8  83.0  83.1  83.3  83.4
## 86   74.8  75.0  75.1  75.2  75.3  75.5  75.6  75.8  75.9  76.0  76.2  76.3
## 87   70.0  70.2  70.4  70.6  70.7  70.9  71.1  71.2  71.4  71.6  71.7  71.9
## 88   65.9  66.0  66.2  66.3  66.5  66.7  66.8  67.0  67.1  67.3  67.5  67.6
## 89   85.3  85.4  85.5  85.7  85.8  85.9  86.0  86.2  86.3  86.5  86.6  86.7
## 90   75.3  75.4  75.5  75.7  75.8  76.0  76.1  76.3  76.4  76.5  76.7  76.8
## 91   72.1  72.3  72.5  72.7  72.8  73.0  73.2  73.3  73.5  73.7  73.8  74.0
## 92   77.6  77.7  77.9  78.0  78.2  78.3  78.4  78.6  78.7  78.9  79.0  79.2
## 93   80.6  80.7  80.9  81.0  81.2  81.3  81.5  81.6  81.8  81.9  82.1  82.2
## 94   62.3  62.6  62.9  63.3  63.6  63.9  64.2  64.4  64.7  65.0  65.3  65.5
## 95   69.0  69.2  69.4  69.5  69.7  69.9  70.1  70.3  70.4  70.6  70.7  70.9
## 96   75.7  75.8  76.0  76.1  76.3  76.4  76.6  76.7  76.8  77.0  77.1  77.3
## 97   77.9  78.0  78.2  78.3  78.5  78.6  78.8  79.0  79.1  79.3  79.4  79.5
## 98   84.2  84.4  84.5  84.6  84.7  84.8  85.0  85.1  85.2  85.3  85.4  85.5
## 99   68.5  68.7  68.9  69.1  69.3  69.5  69.7  69.9  70.0  70.2  70.4  70.6
## 100  69.7  70.0  70.3  70.5  70.8  71.0  71.2  71.4  71.7  71.9  72.1  72.3
## 101  77.3  77.4  77.5  77.7  77.8  78.0  78.1  78.3  78.4  78.5  78.7  78.8
## 102  86.1  86.3  86.5  86.7  86.9  87.1  87.3  87.5  87.6  87.8  88.0  88.1
## 103  67.9  68.1  68.3  68.5  68.8  69.0  69.2  69.3  69.5  69.7  69.9  70.0
## 104  83.5  83.6  83.8  83.9  84.0  84.1  84.2  84.3  84.5  84.6  84.7  84.8
## 105    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 106  73.9  74.1  74.2  74.4  74.5  74.7  74.8  75.0  75.1  75.2  75.4  75.5
## 107  77.4  77.6  77.7  77.9  78.0  78.2  78.3  78.5  78.6  78.8  78.9  79.1
## 108  78.5  78.6  78.8  78.9  79.1  79.2  79.4  79.5  79.7  79.8  80.0  80.2
## 109  69.2  69.3  69.4  69.5  69.6  69.7  69.8  69.9  70.0  70.1  70.2  70.3
## 110  75.1  75.2  75.3  75.5  75.6  75.7  75.9  76.0  76.1  76.3  76.4  76.5
## 111  72.2  72.4  72.6  72.7  72.9  73.1  73.3  73.4  73.6  73.8  73.9  74.1
## 112  79.0  79.2  79.3  79.4  79.6  79.7  79.8  80.0  80.1  80.3  80.4  80.5
## 113  77.5  77.7  77.9  78.0  78.2  78.4  78.6  78.7  78.9  79.1  79.2  79.4
## 114  65.4  65.6  65.9  66.2  66.4  66.7  66.9  67.2  67.4  67.7  67.9  68.1
## 115  71.9  72.1  72.2  72.4  72.5  72.7  72.8  73.0  73.1  73.3  73.4  73.5
## 116  72.0  72.2  72.4  72.6  72.8  73.0  73.2  73.4  73.6  73.8  74.0  74.1
## 117  75.2  75.4  75.6  75.7  75.9  76.1  76.3  76.5  76.6  76.8  77.0  77.2
## 118  84.0  84.1  84.3  84.4  84.5  84.6  84.7  84.8  84.9  85.0  85.2  85.3
## 119  84.2  84.3  84.4  84.6  84.7  84.8  84.9  85.0  85.2  85.3  85.4  85.5
## 120  82.7  82.9  83.0  83.3  83.5  83.6  83.8  84.0  84.2  84.4  84.6  84.8
## 121  68.1  68.4  68.6  68.8  69.1  69.3  69.5  69.7  69.9  70.1  70.3  70.4
## 122  70.9  71.2  71.5  71.8  72.1  72.4  72.7  73.0  73.3  73.6  73.9  74.2
## 123  75.2  75.3  75.5  75.7  75.8  76.0  76.2  76.3  76.5  76.7  76.8  77.0
## 124  78.9  79.0  79.2  79.3  79.5  79.6  79.7  79.9  80.0  80.2  80.3  80.4
## 125  84.8  84.9  85.1  85.2  85.3  85.4  85.5  85.6  85.7  85.8  86.0  86.1
## 126  80.7  80.9  81.1  81.2  81.4  81.6  81.8  81.9  82.1  82.3  82.5  82.6
## 127  69.4  69.6  69.7  69.8  70.0  70.1  70.2  70.3  70.5  70.6  70.7  70.8
## 128  79.8  79.9  80.0  80.2  80.3  80.5  80.7  80.8  81.0  81.1  81.2  81.4
## 129  82.4  82.6  82.8  82.9  83.1  83.3  83.4  83.6  83.7  83.9  84.0  84.2
## 130  61.6  61.7  61.8  62.0  62.1  62.2  62.3  62.5  62.6  62.7  62.8  62.9
## 131  78.2  78.3  78.4  78.5  78.6  78.8  78.9  79.0  79.1  79.2  79.3  79.5
## 132  84.2  84.4  84.6  84.8  85.0  85.2  85.3  85.5  85.7  85.9  86.1  86.3
## 133  72.0  72.2  72.3  72.4  72.5  72.7  72.8  72.9  73.1  73.2  73.3  73.5
## 134  80.9  81.1  81.3  81.4  81.6  81.7  81.8  82.0  82.1  82.3  82.4  82.5
## 135  84.2  84.3  84.4  84.5  84.7  84.8  84.9  85.0  85.2  85.3  85.4  85.5
## 136  82.9  83.0  83.2  83.3  83.5  83.6  83.8  83.9  84.0  84.2  84.3  84.4
## 137  77.6  77.8  77.9  78.0  78.2  78.3  78.5  78.6  78.7  78.9  79.0  79.2
## 138  74.7  74.8  75.0  75.1  75.3  75.4  75.6  75.7  75.8  76.0  76.2  76.3
## 139  73.2  73.4  73.6  73.8  74.0  74.2  74.4  74.6  74.8  74.9  75.1  75.3
## 140  75.2  75.3  75.4  75.6  75.7  75.8  76.0  76.1  76.2  76.3  76.5  76.6
## 141  70.0  70.1  70.3  70.4  70.6  70.7  70.9  71.0  71.2  71.3  71.5  71.6
## 142  79.5  79.7  79.8  80.0  80.1  80.3  80.4  80.6  80.7  80.9  81.0  81.2
## 143  72.3  72.5  72.7  72.8  73.0  73.2  73.4  73.5  73.7  73.9  74.0  74.2
## 144  78.2  78.4  78.5  78.6  78.8  78.9  79.0  79.2  79.3  79.5  79.6  79.8
## 145  76.0  76.2  76.3  76.5  76.6  76.7  76.9  77.0  77.1  77.3  77.4  77.6
## 146  67.4  67.7  68.1  68.4  68.7  69.0  69.3  69.6  69.9  70.2  70.5  70.8
## 147  87.1  87.3  87.4  87.5  87.6  87.7  87.8  88.0  88.1  88.2  88.3  88.5
## 148  80.0  80.1  80.3  80.4  80.6  80.7  80.9  81.0  81.2  81.3  81.4  81.6
## 149  83.8  83.9  84.0  84.1  84.3  84.4  84.5  84.6  84.7  84.8  85.0  85.1
## 150  70.7  70.8  70.9  71.0  71.2  71.3  71.4  71.5  71.6  71.8  71.9  72.0
## 151  63.5  63.8  64.0  64.2  64.5  64.7  64.9  65.1  65.3  65.5  65.8  66.0
## 152  70.3  70.5  70.7  70.9  71.1  71.2  71.4  71.6  71.7  71.9  72.0  72.2
## 153  85.1  85.3  85.4  85.5  85.6  85.8  85.9  86.0  86.2  86.3  86.4  86.5
## 154  63.7  64.0  64.2  64.4  64.6  64.8  65.0  65.2  65.4  65.6  65.8  66.0
## 155  85.3  85.4  85.5  85.7  85.8  85.9  86.0  86.1  86.2  86.3  86.5  86.6
## 156  80.5  80.7  80.8  81.0  81.1  81.3  81.5  81.6  81.8  82.0  82.1  82.3
## 157  77.9  78.0  78.2  78.3  78.4  78.6  78.7  78.8  79.0  79.1  79.2  79.3
## 158  74.6  74.7  74.8  75.0  75.1  75.2  75.3  75.5  75.6  75.7  75.8  76.0
## 159  74.3  74.5  74.7  74.9  75.1  75.3  75.5  75.6  75.8  76.0  76.2  76.3
## 160  74.3  74.5  74.6  74.7  74.9  75.0  75.1  75.3  75.4  75.5  75.7  75.8
## 161  66.3  66.6  66.8  67.0  67.3  67.5  67.7  67.9  68.1  68.3  68.5  68.7
## 162  85.0  85.1  85.2  85.3  85.4  85.5  85.7  85.8  85.9  86.0  86.1  86.2
## 163  86.3  86.4  86.5  86.6  86.7  86.8  87.0  87.1  87.2  87.3  87.4  87.5
## 164  77.7  77.8  78.0  78.1  78.3  78.4  78.5  78.7  78.8  79.0  79.1  79.2
## 165  73.6  73.8  73.9  74.1  74.2  74.4  74.5  74.7  74.8  75.0  75.1  75.3
## 166  72.0  72.2  72.4  72.7  72.9  73.1  73.3  73.5  73.7  73.8  74.0  74.2
## 167  81.4  81.6  81.8  82.0  82.1  82.3  82.5  82.7  82.8  83.0  83.2  83.3
## 168  74.2  74.3  74.5  74.6  74.8  74.9  75.1  75.2  75.4  75.5  75.7  75.8
## 169  69.4  69.6  69.8  70.0  70.2  70.4  70.6  70.8  71.0  71.1  71.3  71.5
## 170  73.8  73.9  74.0  74.2  74.3  74.4  74.5  74.6  74.7  74.8  74.9  75.0
## 171  76.5  76.6  76.8  76.9  77.0  77.1  77.3  77.4  77.5  77.7  77.8  77.9
## 172  81.7  81.8  82.0  82.2  82.3  82.5  82.7  82.8  83.0  83.1  83.3  83.5
## 173  83.0  83.2  83.4  83.5  83.8  83.9  84.1  84.3  84.5  84.7  84.8  85.0
## 174  72.3  72.5  72.6  72.7  72.8  72.9  73.1  73.2  73.3  73.4  73.5  73.7
## 175  71.2  71.5  71.7  71.9  72.2  72.4  72.6  72.8  73.0  73.2  73.4  73.6
## 176  72.9  73.0  73.1  73.3  73.4  73.5  73.7  73.8  73.9  74.1  74.2  74.3
## 177  75.7  75.9  76.0  76.1  76.3  76.4  76.5  76.7  76.8  76.9  77.1  77.2
## 178  83.5  83.7  83.8  83.9  84.0  84.2  84.3  84.4  84.5  84.7  84.8  84.9
## 179  81.1  81.2  81.4  81.5  81.6  81.8  81.9  82.1  82.2  82.3  82.5  82.6
## 180  79.7  79.8  80.0  80.1  80.3  80.4  80.6  80.7  80.9  81.0  81.2  81.3
## 181  72.3  72.4  72.5  72.6  72.7  72.8  72.9  73.0  73.1  73.2  73.3  73.5
## 182  67.0  67.1  67.2  67.3  67.5  67.6  67.7  67.8  67.9  68.0  68.2  68.3
## 183  77.9  78.1  78.2  78.4  78.5  78.7  78.8  79.0  79.1  79.3  79.4  79.6
## 184  76.9  77.1  77.2  77.3  77.5  77.6  77.8  77.9  78.0  78.2  78.3  78.5
## 185  70.8  70.9  71.0  71.1  71.3  71.4  71.5  71.6  71.8  71.9  72.0  72.1
## 186  67.9  68.1  68.3  68.5  68.7  68.9  69.1  69.3  69.5  69.7  69.8  70.0
## 187  65.8  66.0  66.2  66.4  66.6  66.8  67.0  67.2  67.4  67.6  67.8  68.0
##     X2047 X2048 X2049 X2050 X2051 X2052 X2053 X2054 X2055 X2056 X2057 X2058
## 1    70.4  70.5  70.7  70.8  71.0  71.1  71.3  71.4  71.6  71.7  71.8  72.0
## 2    82.4  82.5  82.7  82.8  83.0  83.1  83.2  83.4  83.5  83.6  83.7  83.9
## 3    82.8  83.0  83.1  83.3  83.4  83.6  83.7  83.8  84.0  84.1  84.3  84.4
## 4      NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 5    72.5  72.7  72.8  73.0  73.2  73.3  73.5  73.7  73.8  74.0  74.2  74.3
## 6    80.9  81.0  81.1  81.3  81.4  81.5  81.7  81.8  81.9  82.0  82.2  82.3
## 7    81.1  81.3  81.4  81.5  81.7  81.8  82.0  82.1  82.3  82.4  82.6  82.7
## 8    79.7  79.8  80.0  80.1  80.2  80.4  80.5  80.6  80.8  80.9  81.0  81.2
## 9    86.1  86.2  86.3  86.4  86.6  86.7  86.8  86.9  87.0  87.1  87.2  87.3
## 10   85.9  86.0  86.1  86.3  86.4  86.5  86.6  86.7  86.8  86.9  87.0  87.2
## 11   74.1  74.2  74.3  74.5  74.6  74.7  74.8  74.9  75.0  75.2  75.3  75.4
## 12   77.3  77.4  77.5  77.7  77.8  77.9  78.0  78.2  78.3  78.4  78.5  78.6
## 13   83.4  83.5  83.7  83.8  83.9  84.1  84.2  84.3  84.5  84.6  84.7  84.8
## 14   80.0  80.1  80.3  80.5  80.7  80.9  81.0  81.2  81.4  81.6  81.8  81.9
## 15   81.1  81.3  81.4  81.5  81.6  81.8  81.9  82.0  82.1  82.2  82.3  82.5
## 16   78.3  78.5  78.6  78.7  78.9  79.0  79.2  79.3  79.5  79.6  79.7  79.9
## 17   85.6  85.7  85.8  85.9  86.0  86.1  86.2  86.3  86.5  86.6  86.7  86.8
## 18   78.5  78.6  78.7  78.9  79.0  79.2  79.3  79.5  79.6  79.8  79.9  80.0
## 19   71.7  71.9  72.0  72.2  72.3  72.5  72.6  72.8  72.9  73.1  73.2  73.4
## 20   80.7  80.9  81.0  81.2  81.3  81.5  81.7  81.8  82.0  82.1  82.3  82.4
## 21   79.0  79.1  79.3  79.5  79.6  79.8  80.0  80.1  80.3  80.4  80.6  80.8
## 22   81.2  81.3  81.4  81.6  81.7  81.9  82.0  82.2  82.3  82.5  82.6  82.7
## 23   73.3  73.4  73.5  73.7  73.8  73.9  74.0  74.2  74.3  74.4  74.5  74.7
## 24   81.2  81.4  81.5  81.7  81.9  82.0  82.2  82.4  82.5  82.7  82.8  83.0
## 25   79.4  79.5  79.6  79.8  79.9  80.0  80.2  80.3  80.4  80.6  80.7  80.8
## 26   78.8  78.9  79.0  79.2  79.3  79.4  79.6  79.7  79.8  80.0  80.1  80.3
## 27   70.7  70.9  71.1  71.3  71.5  71.6  71.8  72.0  72.1  72.3  72.5  72.6
## 28   69.8  70.0  70.3  70.4  70.6  70.8  71.0  71.2  71.3  71.5  71.7  71.9
## 29   75.3  75.4  75.6  75.7  75.8  76.0  76.1  76.3  76.4  76.5  76.7  76.8
## 30   71.4  71.6  71.8  72.0  72.2  72.4  72.5  72.7  72.9  73.1  73.3  73.5
## 31   85.9  86.0  86.1  86.2  86.3  86.4  86.5  86.7  86.8  86.9  87.0  87.1
## 32   80.9  81.1  81.2  81.4  81.5  81.7  81.9  82.0  82.2  82.4  82.5  82.7
## 33   60.6  60.8  61.0  61.2  61.4  61.6  61.8  62.0  62.2  62.3  62.5  62.7
## 34   68.5  68.8  69.0  69.3  69.5  69.7  70.0  70.2  70.4  70.6  70.9  71.1
## 35   84.6  84.7  84.9  85.0  85.1  85.2  85.3  85.5  85.6  85.7  85.8  85.9
## 36   82.1  82.2  82.4  82.5  82.7  82.8  83.0  83.2  83.3  83.5  83.6  83.7
## 37   85.3  85.5  85.6  85.8  86.0  86.1  86.3  86.4  86.6  86.7  86.9  87.0
## 38   74.0  74.1  74.3  74.4  74.5  74.7  74.8  74.9  75.0  75.2  75.3  75.4
## 39   69.6  69.8  69.9  70.1  70.3  70.4  70.6  70.8  70.9  71.1  71.2  71.4
## 40   67.7  67.8  68.0  68.1  68.2  68.4  68.5  68.6  68.7  68.9  69.0  69.1
## 41   84.3  84.5  84.6  84.7  84.8  85.0  85.1  85.2  85.3  85.4  85.5  85.7
## 42   69.7  69.9  70.0  70.2  70.4  70.5  70.7  70.8  71.0  71.2  71.3  71.5
## 43   83.2  83.3  83.5  83.6  83.7  83.9  84.0  84.1  84.2  84.4  84.5  84.6
## 44   82.8  83.0  83.1  83.3  83.4  83.5  83.7  83.8  83.9  84.0  84.2  84.3
## 45   86.1  86.2  86.3  86.4  86.5  86.7  86.8  86.9  87.0  87.1  87.2  87.3
## 46   83.5  83.6  83.7  83.9  84.0  84.1  84.2  84.4  84.5  84.6  84.7  84.8
## 47   84.9  85.0  85.1  85.2  85.3  85.5  85.6  85.7  85.8  85.9  86.0  86.1
## 48   74.2  74.4  74.6  74.7  74.9  75.0  75.2  75.3  75.5  75.7  75.8  76.0
## 49     NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 50   77.9  78.1  78.2  78.4  78.5  78.7  78.9  79.0  79.2  79.3  79.5  79.6
## 51   82.3  82.5  82.7  82.8  83.0  83.2  83.3  83.5  83.6  83.8  83.9  84.1
## 52   75.1  75.2  75.3  75.5  75.6  75.8  75.9  76.0  76.2  76.3  76.5  76.6
## 53   79.9  80.1  80.3  80.5  80.6  80.8  81.0  81.2  81.3  81.5  81.7  81.8
## 54   74.1  74.3  74.5  74.7  74.8  75.0  75.2  75.4  75.6  75.7  75.9  76.1
## 55   69.8  70.0  70.1  70.3  70.5  70.6  70.8  70.9  71.1  71.3  71.4  71.6
## 56   82.4  82.5  82.6  82.8  82.9  83.0  83.1  83.2  83.3  83.5  83.6  83.7
## 57   76.5  76.7  76.9  77.0  77.2  77.4  77.6  77.8  77.9  78.1  78.3  78.4
## 58   72.2  72.3  72.4  72.5  72.7  72.8  72.9  73.0  73.1  73.3  73.4  73.5
## 59   85.5  85.6  85.7  85.8  85.9  86.0  86.2  86.3  86.4  86.5  86.6  86.7
## 60   86.6  86.7  86.8  87.0  87.1  87.2  87.3  87.4  87.5  87.6  87.7  87.9
## 61   73.4  73.5  73.7  73.8  73.9  74.0  74.2  74.3  74.4  74.5  74.7  74.8
## 62   73.4  73.5  73.7  73.9  74.0  74.2  74.3  74.5  74.6  74.8  74.9  75.0
## 63   77.1  77.3  77.4  77.5  77.7  77.8  78.0  78.1  78.2  78.4  78.5  78.7
## 64   84.8  84.9  85.0  85.1  85.2  85.4  85.5  85.6  85.7  85.8  85.9  86.0
## 65   71.9  72.0  72.2  72.3  72.5  72.6  72.8  72.9  73.1  73.2  73.3  73.5
## 66   85.0  85.1  85.2  85.3  85.4  85.5  85.6  85.7  85.8  86.0  86.1  86.2
## 67   77.8  77.9  78.1  78.2  78.3  78.4  78.6  78.7  78.8  79.0  79.1  79.2
## 68   78.4  78.6  78.8  78.9  79.1  79.3  79.4  79.6  79.8  79.9  80.1  80.3
## 69   68.2  68.4  68.5  68.7  68.8  69.0  69.2  69.3  69.4  69.6  69.7  69.8
## 70   68.0  68.2  68.4  68.6  68.8  69.0  69.2  69.3  69.5  69.7  69.8  70.0
## 71   72.5  72.7  72.8  72.9  73.0  73.1  73.2  73.3  73.5  73.6  73.7  73.8
## 72   71.9  72.0  72.2  72.4  72.5  72.7  72.8  73.0  73.1  73.3  73.4  73.6
## 73   78.9  79.0  79.2  79.3  79.5  79.6  79.8  79.9  80.1  80.2  80.4  80.5
## 74   81.1  81.2  81.4  81.5  81.7  81.8  82.0  82.1  82.3  82.4  82.5  82.7
## 75   86.5  86.7  86.8  86.9  87.0  87.1  87.2  87.3  87.4  87.5  87.6  87.7
## 76   74.3  74.5  74.6  74.8  74.9  75.1  75.2  75.3  75.5  75.6  75.8  75.9
## 77   76.5  76.7  76.8  77.0  77.1  77.3  77.4  77.6  77.7  77.9  78.0  78.2
## 78   82.6  82.8  82.9  83.1  83.3  83.4  83.5  83.7  83.8  84.0  84.1  84.3
## 79   80.9  81.0  81.2  81.3  81.4  81.6  81.7  81.8  82.0  82.1  82.2  82.4
## 80   86.0  86.2  86.3  86.4  86.5  86.6  86.7  86.8  86.9  87.0  87.2  87.3
## 81   86.8  87.0  87.1  87.2  87.3  87.4  87.5  87.6  87.7  87.8  88.0  88.1
## 82   87.0  87.1  87.2  87.3  87.4  87.5  87.6  87.8  87.9  88.0  88.1  88.2
## 83   78.2  78.4  78.5  78.6  78.7  78.8  79.0  79.1  79.2  79.3  79.5  79.6
## 84   87.8  87.9  88.0  88.1  88.2  88.3  88.5  88.6  88.7  88.8  88.9  89.0
## 85   83.6  83.7  83.8  84.0  84.1  84.3  84.4  84.6  84.7  84.9  85.0  85.1
## 86   76.5  76.6  76.7  76.9  77.0  77.2  77.3  77.4  77.6  77.7  77.9  78.0
## 87   72.0  72.2  72.3  72.5  72.7  72.8  73.0  73.1  73.3  73.4  73.6  73.7
## 88   67.8  67.9  68.0  68.2  68.3  68.5  68.7  68.8  68.9  69.1  69.2  69.4
## 89   86.8  87.0  87.1  87.3  87.4  87.5  87.7  87.8  88.0  88.1  88.2  88.4
## 90   77.0  77.1  77.2  77.4  77.5  77.7  77.8  78.0  78.1  78.2  78.4  78.5
## 91   74.2  74.3  74.5  74.6  74.8  74.9  75.1  75.2  75.4  75.5  75.7  75.8
## 92   79.3  79.4  79.6  79.7  79.9  80.0  80.2  80.3  80.4  80.6  80.7  80.8
## 93   82.4  82.5  82.6  82.8  82.9  83.1  83.2  83.3  83.5  83.6  83.7  83.8
## 94   65.8  66.0  66.3  66.5  66.8  67.0  67.2  67.5  67.7  67.9  68.1  68.3
## 95   71.0  71.2  71.3  71.5  71.6  71.7  71.9  72.0  72.2  72.3  72.4  72.5
## 96   77.4  77.6  77.7  77.8  78.0  78.2  78.3  78.4  78.6  78.7  78.9  79.0
## 97   79.7  79.8  80.0  80.1  80.3  80.4  80.5  80.7  80.8  80.9  81.0  81.2
## 98   85.7  85.8  85.9  86.0  86.1  86.3  86.4  86.5  86.6  86.7  86.8  86.9
## 99   70.7  70.9  71.1  71.2  71.4  71.5  71.7  71.9  72.0  72.2  72.3  72.5
## 100  72.5  72.7  72.9  73.1  73.3  73.5  73.7  73.9  74.1  74.2  74.4  74.6
## 101  79.0  79.1  79.2  79.4  79.5  79.6  79.8  79.9  80.1  80.2  80.3  80.5
## 102  88.3  88.4  88.6  88.7  88.8  89.0  89.1  89.2  89.4  89.5  89.6  89.7
## 103  70.2  70.4  70.5  70.7  70.8  71.0  71.2  71.3  71.4  71.6  71.7  71.8
## 104  84.9  85.0  85.1  85.2  85.3  85.5  85.6  85.7  85.8  85.9  86.0  86.1
## 105    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 106  75.6  75.8  75.9  76.0  76.2  76.3  76.4  76.6  76.7  76.8  76.9  77.1
## 107  79.2  79.4  79.5  79.7  79.8  80.0  80.2  80.3  80.5  80.6  80.8  80.9
## 108  80.3  80.5  80.6  80.8  80.9  81.1  81.2  81.4  81.5  81.7  81.8  82.0
## 109  70.4  70.5  70.6  70.7  70.8  70.9  71.0  71.0  71.2  71.2  71.3  71.4
## 110  76.7  76.8  76.9  77.0  77.2  77.3  77.5  77.6  77.7  77.9  78.0  78.1
## 111  74.2  74.4  74.6  74.7  74.9  75.1  75.2  75.4  75.5  75.7  75.9  76.0
## 112  80.7  80.8  80.9  81.1  81.2  81.3  81.5  81.6  81.8  81.9  82.0  82.2
## 113  79.5  79.7  79.9  80.0  80.2  80.3  80.5  80.6  80.8  80.9  81.0  81.2
## 114  68.3  68.5  68.7  68.9  69.1  69.3  69.5  69.7  69.8  70.0  70.2  70.4
## 115  73.7  73.8  74.0  74.1  74.2  74.4  74.5  74.7  74.8  74.9  75.1  75.2
## 116  74.3  74.5  74.6  74.8  75.0  75.1  75.3  75.5  75.6  75.8  75.9  76.1
## 117  77.3  77.5  77.7  77.8  78.0  78.1  78.3  78.5  78.6  78.8  78.9  79.1
## 118  85.4  85.5  85.6  85.7  85.8  85.9  86.0  86.1  86.2  86.3  86.5  86.6
## 119  85.6  85.7  85.8  86.0  86.1  86.2  86.3  86.4  86.5  86.6  86.7  86.8
## 120  85.0  85.2  85.3  85.5  85.7  85.9  86.1  86.2  86.4  86.6  86.8  87.0
## 121  70.6  70.8  71.0  71.1  71.3  71.4  71.6  71.7  71.9  72.0  72.1  72.3
## 122  74.4  74.7  75.0  75.2  75.5  75.7  75.9  76.2  76.4  76.6  76.8  77.1
## 123  77.1  77.3  77.5  77.6  77.8  77.9  78.1  78.3  78.4  78.6  78.7  78.9
## 124  80.6  80.7  80.8  81.0  81.1  81.2  81.4  81.5  81.7  81.8  81.9  82.1
## 125  86.2  86.3  86.4  86.5  86.6  86.8  86.9  87.0  87.1  87.2  87.3  87.4
## 126  82.8  82.9  83.1  83.2  83.4  83.5  83.7  83.8  84.0  84.1  84.2  84.4
## 127  71.0  71.1  71.2  71.3  71.4  71.6  71.7  71.8  71.9  72.0  72.2  72.3
## 128  81.5  81.7  81.8  82.0  82.1  82.3  82.4  82.6  82.7  82.9  83.0  83.2
## 129  84.3  84.5  84.6  84.8  84.9  85.0  85.2  85.3  85.4  85.5  85.7  85.8
## 130  63.0  63.2  63.3  63.4  63.5  63.6  63.7  63.8  63.9  64.0  64.2  64.3
## 131  79.6  79.7  79.8  80.0  80.1  80.2  80.4  80.5  80.6  80.8  80.9  81.0
## 132  86.5  86.7  86.9  87.0  87.2  87.4  87.5  87.7  87.9  88.0  88.2  88.4
## 133  73.6  73.7  73.8  74.0  74.1  74.3  74.4  74.5  74.7  74.8  74.9  75.1
## 134  82.7  82.8  82.9  83.0  83.2  83.3  83.4  83.5  83.6  83.8  83.9  84.0
## 135  85.6  85.8  85.9  86.0  86.1  86.2  86.3  86.5  86.6  86.7  86.8  86.9
## 136  84.6  84.7  84.8  84.9  85.1  85.2  85.3  85.4  85.5  85.6  85.8  85.9
## 137  79.3  79.5  79.6  79.7  79.9  80.0  80.2  80.3  80.5  80.6  80.8  80.9
## 138  76.4  76.6  76.7  76.9  77.0  77.2  77.3  77.5  77.6  77.8  77.9  78.1
## 139  75.5  75.7  75.8  76.0  76.2  76.4  76.5  76.7  76.9  77.0  77.2  77.4
## 140  76.7  76.9  77.0  77.1  77.3  77.4  77.5  77.7  77.8  77.9  78.1  78.2
## 141  71.8  71.9  72.0  72.2  72.3  72.5  72.6  72.8  72.9  73.0  73.2  73.3
## 142  81.3  81.5  81.7  81.8  82.0  82.1  82.3  82.4  82.6  82.7  82.9  83.0
## 143  74.4  74.5  74.7  74.8  75.0  75.1  75.3  75.4  75.6  75.7  75.9  76.0
## 144  79.9  80.0  80.2  80.3  80.5  80.6  80.7  80.9  81.0  81.2  81.3  81.4
## 145  77.7  77.8  78.0  78.1  78.3  78.4  78.6  78.7  78.8  79.0  79.1  79.3
## 146  71.0  71.3  71.5  71.8  72.0  72.3  72.5  72.7  72.9  73.2  73.3  73.6
## 147  88.6  88.7  88.8  88.9  89.0  89.2  89.3  89.4  89.5  89.6  89.8  89.9
## 148  81.7  81.9  82.0  82.2  82.3  82.4  82.6  82.7  82.8  83.0  83.1  83.2
## 149  85.2  85.3  85.4  85.5  85.7  85.8  85.9  86.0  86.1  86.2  86.3  86.5
## 150  72.1  72.2  72.4  72.5  72.6  72.7  72.8  73.0  73.1  73.2  73.3  73.5
## 151  66.2  66.3  66.5  66.8  66.9  67.1  67.3  67.5  67.7  67.8  68.0  68.2
## 152  72.3  72.5  72.7  72.8  73.0  73.1  73.2  73.4  73.5  73.7  73.8  73.9
## 153  86.6  86.8  86.9  87.0  87.1  87.3  87.4  87.5  87.6  87.7  87.8  88.0
## 154  66.1  66.3  66.5  66.7  66.8  67.0  67.2  67.3  67.5  67.7  67.8  68.0
## 155  86.7  86.8  86.9  87.0  87.2  87.3  87.4  87.5  87.6  87.7  87.8  88.0
## 156  82.4  82.6  82.8  82.9  83.1  83.2  83.4  83.5  83.7  83.8  84.0  84.1
## 157  79.5  79.6  79.7  79.8  80.0  80.1  80.2  80.4  80.5  80.6  80.8  80.9
## 158  76.1  76.2  76.4  76.5  76.6  76.7  76.9  77.0  77.1  77.2  77.4  77.5
## 159  76.5  76.7  76.8  77.0  77.2  77.3  77.5  77.6  77.8  77.9  78.1  78.2
## 160  75.9  76.1  76.2  76.3  76.5  76.6  76.7  76.9  77.0  77.1  77.3  77.4
## 161  68.9  69.1  69.3  69.5  69.6  69.8  70.0  70.1  70.3  70.5  70.6  70.8
## 162  86.3  86.5  86.6  86.7  86.8  86.9  87.0  87.1  87.2  87.3  87.4  87.5
## 163  87.6  87.8  87.9  88.0  88.1  88.2  88.3  88.4  88.6  88.7  88.8  88.9
## 164  79.3  79.4  79.6  79.7  79.8  79.9  80.0  80.2  80.3  80.4  80.5  80.6
## 165  75.4  75.6  75.7  75.9  76.0  76.2  76.3  76.5  76.6  76.7  76.9  77.0
## 166  74.4  74.6  74.8  74.9  75.1  75.3  75.4  75.6  75.8  75.9  76.1  76.3
## 167  83.5  83.7  83.8  84.0  84.1  84.3  84.4  84.6  84.7  84.8  85.0  85.1
## 168  75.9  76.1  76.2  76.4  76.5  76.6  76.8  76.9  77.0  77.2  77.3  77.5
## 169  71.7  71.8  72.0  72.2  72.3  72.5  72.6  72.8  72.9  73.1  73.2  73.4
## 170  75.2  75.3  75.4  75.5  75.6  75.7  75.8  75.9  76.0  76.1  76.3  76.4
## 171  78.1  78.2  78.3  78.5  78.6  78.7  78.9  79.0  79.1  79.3  79.4  79.5
## 172  83.6  83.8  83.9  84.1  84.3  84.4  84.6  84.7  84.9  85.0  85.2  85.3
## 173  85.2  85.3  85.5  85.7  85.8  86.0  86.1  86.3  86.4  86.5  86.7  86.8
## 174  73.8  73.9  74.0  74.1  74.3  74.4  74.5  74.6  74.8  74.9  75.0  75.1
## 175  73.8  74.0  74.2  74.4  74.6  74.8  74.9  75.1  75.3  75.5  75.6  75.8
## 176  74.5  74.6  74.8  74.9  75.0  75.2  75.3  75.4  75.6  75.7  75.8  76.0
## 177  77.3  77.4  77.6  77.7  77.8  77.9  78.1  78.2  78.3  78.4  78.6  78.7
## 178  85.0  85.1  85.2  85.3  85.4  85.5  85.7  85.8  85.9  86.0  86.1  86.2
## 179  82.8  82.9  83.0  83.2  83.3  83.4  83.5  83.7  83.8  83.9  84.0  84.1
## 180  81.5  81.6  81.8  81.9  82.0  82.2  82.3  82.4  82.5  82.7  82.8  82.9
## 181  73.6  73.7  73.8  73.9  74.0  74.1  74.2  74.3  74.5  74.6  74.7  74.8
## 182  68.4  68.5  68.6  68.7  68.8  68.9  69.0  69.2  69.3  69.4  69.5  69.6
## 183  79.7  79.9  80.0  80.2  80.3  80.5  80.6  80.8  80.9  81.1  81.2  81.4
## 184  78.6  78.8  78.9  79.0  79.2  79.3  79.5  79.6  79.8  79.9  80.1  80.2
## 185  72.2  72.3  72.5  72.6  72.7  72.8  72.9  73.0  73.2  73.3  73.4  73.5
## 186  70.2  70.4  70.5  70.7  70.9  71.0  71.2  71.3  71.5  71.7  71.8  72.0
## 187  68.2  68.3  68.5  68.7  68.9  69.0  69.2  69.4  69.5  69.7  69.8  70.0
##     X2059 X2060 X2061 X2062 X2063 X2064 X2065 X2066 X2067 X2068 X2069 X2070
## 1    72.1  72.3  72.4  72.5  72.7  72.8  72.9  73.1  73.2  73.3  73.5  73.6
## 2    84.0  84.1  84.2  84.3  84.5  84.6  84.7  84.8  84.9  85.0  85.1  85.2
## 3    84.6  84.7  84.8  85.0  85.1  85.2  85.3  85.5  85.6  85.7  85.8  86.0
## 4      NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 5    74.5  74.6  74.8  74.9  75.0  75.2  75.3  75.5  75.6  75.7  75.9  76.0
## 6    82.4  82.5  82.7  82.8  82.9  83.0  83.2  83.3  83.4  83.5  83.7  83.8
## 7    82.8  83.0  83.1  83.3  83.4  83.5  83.7  83.8  83.9  84.0  84.2  84.3
## 8    81.3  81.5  81.6  81.7  81.9  82.0  82.1  82.3  82.4  82.5  82.7  82.8
## 9    87.5  87.6  87.7  87.8  87.9  88.0  88.1  88.3  88.4  88.5  88.6  88.7
## 10   87.3  87.4  87.5  87.6  87.7  87.8  87.9  88.0  88.2  88.3  88.4  88.5
## 11   75.5  75.7  75.8  75.9  76.0  76.1  76.3  76.4  76.5  76.6  76.8  76.9
## 12   78.8  78.9  79.0  79.1  79.3  79.4  79.5  79.6  79.8  79.9  80.0  80.2
## 13   85.0  85.1  85.2  85.3  85.5  85.6  85.7  85.8  86.0  86.1  86.2  86.3
## 14   82.1  82.3  82.4  82.6  82.7  82.9  83.1  83.2  83.4  83.5  83.7  83.9
## 15   82.6  82.7  82.8  82.9  83.0  83.1  83.2  83.3  83.4  83.5  83.6  83.7
## 16   80.0  80.2  80.3  80.4  80.6  80.7  80.8  81.0  81.1  81.2  81.4  81.5
## 17   86.9  87.0  87.1  87.2  87.3  87.5  87.6  87.7  87.8  87.9  88.0  88.1
## 18   80.2  80.3  80.5  80.6  80.8  80.9  81.1  81.2  81.3  81.5  81.6  81.8
## 19   73.5  73.6  73.8  73.9  74.0  74.2  74.3  74.5  74.6  74.7  74.8  75.0
## 20   82.6  82.7  82.9  83.0  83.2  83.3  83.5  83.6  83.8  83.9  84.0  84.2
## 21   80.9  81.1  81.2  81.4  81.5  81.7  81.8  82.0  82.1  82.3  82.4  82.6
## 22   82.9  83.0  83.1  83.3  83.4  83.5  83.6  83.8  83.9  84.0  84.1  84.2
## 23   74.8  74.9  75.1  75.2  75.3  75.4  75.6  75.7  75.8  76.0  76.1  76.2
## 24   83.1  83.3  83.4  83.6  83.7  83.8  84.0  84.1  84.2  84.3  84.5  84.6
## 25   81.0  81.1  81.2  81.3  81.5  81.6  81.7  81.9  82.0  82.1  82.3  82.4
## 26   80.4  80.5  80.7  80.8  80.9  81.1  81.2  81.3  81.5  81.6  81.7  81.9
## 27   72.8  72.9  73.1  73.2  73.4  73.5  73.7  73.8  73.9  74.1  74.2  74.3
## 28   72.0  72.2  72.4  72.5  72.7  72.8  73.0  73.2  73.3  73.5  73.6  73.8
## 29   77.0  77.1  77.2  77.4  77.5  77.7  77.8  77.9  78.1  78.2  78.3  78.5
## 30   73.6  73.8  74.0  74.1  74.3  74.4  74.6  74.8  74.9  75.1  75.2  75.4
## 31   87.2  87.3  87.4  87.5  87.6  87.7  87.8  88.0  88.1  88.2  88.3  88.4
## 32   82.9  83.0  83.2  83.4  83.5  83.7  83.9  84.0  84.2  84.4  84.5  84.7
## 33   62.9  63.0  63.2  63.4  63.5  63.7  63.8  64.0  64.1  64.3  64.4  64.5
## 34   71.3  71.5  71.7  71.9  72.1  72.3  72.5  72.7  72.9  73.0  73.2  73.4
## 35   86.0  86.2  86.3  86.4  86.5  86.6  86.7  86.8  87.0  87.1  87.2  87.3
## 36   83.9  84.0  84.2  84.3  84.5  84.6  84.7  84.8  85.0  85.1  85.2  85.3
## 37   87.2  87.3  87.4  87.6  87.7  87.8  88.0  88.1  88.2  88.3  88.5  88.6
## 38   75.6  75.7  75.8  76.0  76.1  76.2  76.3  76.4  76.6  76.7  76.8  76.9
## 39   71.5  71.7  71.8  72.0  72.1  72.3  72.4  72.5  72.7  72.8  72.9  73.0
## 40   69.2  69.3  69.4  69.6  69.7  69.8  69.9  70.0  70.1  70.2  70.3  70.5
## 41   85.8  85.9  86.0  86.1  86.2  86.3  86.5  86.6  86.7  86.8  86.9  87.0
## 42   71.6  71.8  71.9  72.0  72.2  72.3  72.5  72.6  72.8  72.9  73.0  73.2
## 43   84.7  84.8  85.0  85.1  85.2  85.3  85.4  85.5  85.7  85.8  85.9  86.0
## 44   84.4  84.5  84.6  84.7  84.8  85.0  85.0  85.2  85.3  85.4  85.5  85.6
## 45   87.4  87.5  87.7  87.8  87.9  88.0  88.1  88.2  88.3  88.4  88.5  88.6
## 46   85.0  85.1  85.2  85.3  85.4  85.5  85.6  85.7  85.8  86.0  86.1  86.2
## 47   86.2  86.3  86.4  86.5  86.6  86.8  86.9  87.0  87.1  87.2  87.3  87.4
## 48   76.1  76.3  76.4  76.6  76.7  76.9  77.0  77.2  77.3  77.5  77.6  77.8
## 49     NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 50   79.8  79.9  80.1  80.2  80.4  80.5  80.7  80.8  81.0  81.2  81.3  81.4
## 51   84.2  84.3  84.5  84.6  84.7  84.9  85.0  85.1  85.2  85.3  85.5  85.6
## 52   76.7  76.9  77.0  77.2  77.3  77.4  77.6  77.7  77.8  78.0  78.1  78.3
## 53   82.0  82.2  82.3  82.5  82.7  82.8  83.0  83.2  83.3  83.5  83.6  83.8
## 54   76.2  76.4  76.6  76.7  76.9  77.0  77.2  77.3  77.5  77.6  77.8  77.9
## 55   71.7  71.9  72.0  72.2  72.3  72.5  72.6  72.8  72.9  73.0  73.2  73.3
## 56   83.8  83.9  84.0  84.1  84.3  84.4  84.5  84.6  84.7  84.8  84.9  85.0
## 57   78.6  78.8  78.9  79.1  79.3  79.4  79.6  79.8  79.9  80.1  80.3  80.4
## 58   73.6  73.7  73.9  74.0  74.1  74.2  74.3  74.5  74.6  74.7  74.8  75.0
## 59   86.8  86.9  87.0  87.2  87.3  87.4  87.5  87.6  87.7  87.8  87.9  88.0
## 60   88.0  88.1  88.2  88.3  88.4  88.5  88.7  88.8  88.9  89.0  89.1  89.2
## 61   74.9  75.1  75.2  75.3  75.5  75.6  75.7  75.8  76.0  76.1  76.2  76.4
## 62   75.2  75.3  75.5  75.6  75.8  75.9  76.0  76.2  76.3  76.4  76.6  76.7
## 63   78.8  79.0  79.1  79.3  79.4  79.5  79.7  79.8  80.0  80.1  80.3  80.4
## 64   86.1  86.3  86.4  86.5  86.6  86.7  86.8  86.9  87.0  87.1  87.2  87.3
## 65   73.6  73.8  73.9  74.0  74.2  74.3  74.4  74.5  74.7  74.8  74.9  75.1
## 66   86.3  86.4  86.5  86.6  86.7  86.8  87.0  87.1  87.2  87.3  87.4  87.5
## 67   79.4  79.5  79.6  79.8  79.9  80.0  80.2  80.3  80.4  80.5  80.7  80.8
## 68   80.4  80.6  80.8  80.9  81.1  81.2  81.4  81.5  81.7  81.8  82.0  82.1
## 69   70.0  70.1  70.2  70.3  70.5  70.6  70.7  70.8  71.0  71.1  71.2  71.3
## 70   70.2  70.3  70.5  70.6  70.8  70.9  71.1  71.2  71.3  71.5  71.6  71.8
## 71   73.9  74.0  74.2  74.3  74.4  74.5  74.6  74.8  74.9  75.0  75.1  75.3
## 72   73.7  73.8  74.0  74.1  74.3  74.4  74.5  74.7  74.8  75.0  75.1  75.3
## 73   80.7  80.8  81.0  81.1  81.3  81.4  81.6  81.7  81.8  82.0  82.1  82.3
## 74   82.8  83.0  83.1  83.2  83.3  83.5  83.6  83.7  83.8  84.0  84.1  84.2
## 75   87.8  88.0  88.1  88.2  88.3  88.4  88.5  88.6  88.7  88.8  88.9  89.0
## 76   76.0  76.2  76.3  76.5  76.6  76.7  76.9  77.0  77.2  77.3  77.4  77.6
## 77   78.3  78.5  78.6  78.8  79.0  79.1  79.3  79.4  79.5  79.7  79.8  80.0
## 78   84.4  84.6  84.7  84.8  85.0  85.1  85.2  85.3  85.5  85.6  85.7  85.8
## 79   82.5  82.6  82.8  82.9  83.0  83.2  83.3  83.4  83.6  83.7  83.9  84.0
## 80   87.4  87.5  87.6  87.7  87.8  87.9  88.0  88.2  88.3  88.4  88.5  88.6
## 81   88.2  88.3  88.4  88.5  88.6  88.7  88.8  88.9  89.0  89.2  89.3  89.4
## 82   88.3  88.4  88.5  88.7  88.8  88.9  89.0  89.1  89.2  89.3  89.4  89.5
## 83   79.7  79.8  80.0  80.1  80.2  80.3  80.5  80.6  80.7  80.8  81.0  81.1
## 84   89.1  89.2  89.3  89.5  89.6  89.7  89.8  89.9  90.0  90.1  90.2  90.3
## 85   85.3  85.4  85.6  85.7  85.9  86.0  86.2  86.3  86.5  86.6  86.7  86.9
## 86   78.2  78.3  78.5  78.6  78.7  78.9  79.0  79.2  79.3  79.5  79.6  79.8
## 87   73.9  74.0  74.2  74.3  74.5  74.6  74.8  74.9  75.1  75.2  75.4  75.5
## 88   69.5  69.7  69.8  70.0  70.1  70.2  70.4  70.5  70.7  70.8  71.0  71.1
## 89   88.5  88.7  88.8  88.9  89.1  89.2  89.3  89.5  89.6  89.8  89.9  90.0
## 90   78.7  78.8  79.0  79.1  79.3  79.4  79.5  79.7  79.8  80.0  80.1  80.3
## 91   75.9  76.1  76.2  76.4  76.5  76.6  76.8  76.9  77.0  77.2  77.3  77.5
## 92   81.0  81.1  81.3  81.4  81.5  81.7  81.8  81.9  82.0  82.2  82.3  82.4
## 93   84.0  84.1  84.2  84.3  84.4  84.5  84.7  84.8  84.9  85.0  85.1  85.2
## 94   68.5  68.7  68.9  69.1  69.3  69.5  69.7  69.8  70.0  70.2  70.4  70.5
## 95   72.7  72.8  72.9  73.0  73.2  73.3  73.4  73.5  73.7  73.8  73.9  74.0
## 96   79.2  79.3  79.5  79.6  79.8  79.9  80.0  80.2  80.3  80.5  80.6  80.8
## 97   81.3  81.4  81.5  81.7  81.8  81.9  82.0  82.1  82.2  82.3  82.5  82.6
## 98   87.0  87.2  87.3  87.4  87.5  87.6  87.7  87.8  88.0  88.1  88.2  88.3
## 99   72.6  72.8  73.0  73.1  73.3  73.4  73.5  73.7  73.8  74.0  74.1  74.3
## 100  74.8  75.0  75.1  75.3  75.5  75.7  75.8  76.0  76.2  76.3  76.5  76.7
## 101  80.6  80.8  80.9  81.0  81.2  81.3  81.5  81.6  81.7  81.9  82.0  82.1
## 102  89.9  90.0  90.1  90.2  90.4  90.5  90.6  90.7  90.9  91.0  91.1  91.2
## 103  72.0  72.1  72.2  72.3  72.5  72.6  72.7  72.8  73.0  73.1  73.2  73.3
## 104  86.2  86.3  86.4  86.5  86.7  86.8  86.9  87.0  87.1  87.2  87.3  87.4
## 105    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 106  77.2  77.3  77.4  77.5  77.7  77.8  77.9  78.0  78.2  78.3  78.4  78.5
## 107  81.0  81.2  81.3  81.5  81.7  81.8  82.0  82.1  82.2  82.4  82.5  82.7
## 108  82.1  82.3  82.4  82.6  82.7  82.9  83.0  83.2  83.3  83.5  83.6  83.7
## 109  71.5  71.6  71.7  71.8  71.9  72.0  72.1  72.2  72.3  72.4  72.5  72.6
## 110  78.3  78.4  78.6  78.7  78.8  79.0  79.1  79.3  79.4  79.5  79.7  79.8
## 111  76.2  76.3  76.5  76.7  76.8  77.0  77.2  77.3  77.5  77.6  77.8  78.0
## 112  82.3  82.4  82.5  82.7  82.8  82.9  83.0  83.2  83.3  83.4  83.5  83.7
## 113  81.3  81.4  81.6  81.7  81.8  82.0  82.1  82.2  82.3  82.4  82.5  82.7
## 114  70.5  70.7  70.9  71.1  71.2  71.4  71.5  71.7  71.9  72.0  72.2  72.3
## 115  75.3  75.5  75.6  75.8  75.9  76.0  76.2  76.3  76.5  76.6  76.7  76.9
## 116  76.3  76.4  76.6  76.7  76.9  77.0  77.2  77.3  77.5  77.6  77.8  77.9
## 117  79.2  79.4  79.5  79.7  79.8  80.0  80.1  80.3  80.4  80.5  80.7  80.8
## 118  86.7  86.8  86.9  87.0  87.1  87.2  87.3  87.4  87.5  87.6  87.7  87.8
## 119  86.9  87.0  87.2  87.3  87.4  87.5  87.6  87.7  87.8  87.9  88.0  88.1
## 120  87.1  87.3  87.5  87.6  87.8  88.0  88.1  88.3  88.4  88.6  88.7  88.9
## 121  72.4  72.5  72.7  72.8  72.9  73.1  73.2  73.3  73.4  73.5  73.7  73.8
## 122  77.3  77.5  77.7  77.9  78.1  78.3  78.5  78.7  78.8  79.0  79.2  79.4
## 123  79.0  79.2  79.4  79.5  79.7  79.8  80.0  80.2  80.3  80.5  80.6  80.8
## 124  82.2  82.3  82.5  82.6  82.8  82.9  83.0  83.2  83.3  83.5  83.6  83.7
## 125  87.5  87.6  87.7  87.8  88.0  88.0  88.2  88.3  88.4  88.5  88.6  88.7
## 126  84.5  84.6  84.8  84.9  85.0  85.1  85.2  85.3  85.5  85.6  85.7  85.8
## 127  72.4  72.5  72.6  72.7  72.8  73.0  73.1  73.2  73.3  73.5  73.6  73.7
## 128  83.3  83.4  83.6  83.7  83.9  84.0  84.2  84.3  84.5  84.6  84.7  84.9
## 129  85.9  86.0  86.1  86.3  86.4  86.5  86.6  86.7  86.8  87.0  87.1  87.2
## 130  64.4  64.5  64.6  64.7  64.8  64.9  65.0  65.1  65.2  65.3  65.4  65.5
## 131  81.2  81.3  81.4  81.5  81.7  81.8  82.0  82.1  82.2  82.4  82.5  82.6
## 132  88.5  88.7  88.8  89.0  89.1  89.2  89.4  89.5  89.6  89.8  89.9  90.0
## 133  75.2  75.3  75.5  75.6  75.7  75.9  76.0  76.2  76.3  76.4  76.6  76.7
## 134  84.1  84.2  84.3  84.5  84.6  84.7  84.8  84.9  85.0  85.2  85.3  85.4
## 135  87.0  87.1  87.3  87.4  87.5  87.6  87.7  87.8  87.9  88.0  88.2  88.3
## 136  86.0  86.1  86.2  86.3  86.4  86.5  86.6  86.7  86.8  86.9  87.0  87.1
## 137  81.0  81.2  81.3  81.5  81.6  81.7  81.9  82.0  82.1  82.3  82.4  82.5
## 138  78.2  78.4  78.5  78.7  78.8  79.0  79.1  79.3  79.4  79.5  79.7  79.8
## 139  77.5  77.7  77.9  78.0  78.2  78.3  78.5  78.7  78.8  79.0  79.1  79.3
## 140  78.3  78.5  78.6  78.8  78.9  79.0  79.2  79.3  79.5  79.6  79.7  79.9
## 141  73.5  73.6  73.8  73.9  74.1  74.2  74.3  74.5  74.6  74.8  74.9  75.1
## 142  83.2  83.3  83.4  83.6  83.7  83.9  84.0  84.1  84.3  84.4  84.5  84.7
## 143  76.2  76.3  76.5  76.6  76.8  76.9  77.0  77.2  77.3  77.5  77.7  77.8
## 144  81.6  81.7  81.8  82.0  82.1  82.3  82.4  82.5  82.7  82.8  82.9  83.1
## 145  79.4  79.6  79.7  79.9  80.0  80.2  80.3  80.5  80.6  80.8  80.9  81.1
## 146  73.8  74.0  74.1  74.3  74.5  74.7  74.9  75.0  75.2  75.4  75.5  75.7
## 147  90.0  90.1  90.2  90.3  90.5  90.6  90.7  90.8  90.9  91.0  91.2  91.3
## 148  83.4  83.5  83.6  83.7  83.8  84.0  84.1  84.2  84.3  84.4  84.5  84.7
## 149  86.6  86.7  86.8  86.9  87.0  87.1  87.3  87.4  87.5  87.6  87.7  87.8
## 150  73.6  73.7  73.8  73.9  74.1  74.2  74.3  74.4  74.6  74.7  74.8  74.9
## 151  68.4  68.5  68.7  68.8  69.0  69.2  69.3  69.5  69.6  69.8  69.9  70.1
## 152  74.1  74.2  74.3  74.5  74.6  74.8  74.9  75.0  75.2  75.3  75.5  75.6
## 153  88.1  88.2  88.3  88.4  88.5  88.7  88.8  88.9  89.0  89.1  89.2  89.4
## 154  68.1  68.3  68.4  68.6  68.7  68.9  69.0  69.2  69.3  69.4  69.6  69.7
## 155  88.1  88.2  88.3  88.4  88.5  88.6  88.7  88.8  89.0  89.1  89.2  89.3
## 156  84.3  84.4  84.5  84.7  84.8  84.9  85.0  85.2  85.3  85.4  85.5  85.7
## 157  81.0  81.1  81.3  81.4  81.5  81.7  81.8  81.9  82.0  82.2  82.3  82.4
## 158  77.6  77.8  77.9  78.0  78.2  78.3  78.4  78.5  78.7  78.8  78.9  79.1
## 159  78.4  78.5  78.7  78.8  79.0  79.1  79.3  79.4  79.5  79.7  79.8  80.0
## 160  77.5  77.7  77.8  78.0  78.1  78.3  78.4  78.5  78.7  78.8  78.9  79.1
## 161  70.9  71.0  71.2  71.3  71.5  71.6  71.7  71.8  72.0  72.1  72.2  72.4
## 162  87.7  87.8  87.9  88.0  88.1  88.2  88.3  88.4  88.5  88.6  88.8  88.9
## 163  89.0  89.1  89.2  89.4  89.5  89.6  89.7  89.8  89.9  90.0  90.1  90.3
## 164  80.7  80.8  81.0  81.1  81.2  81.3  81.4  81.5  81.6  81.7  81.8  81.9
## 165  77.2  77.3  77.4  77.6  77.7  77.8  78.0  78.1  78.3  78.4  78.5  78.7
## 166  76.4  76.6  76.7  76.9  77.0  77.2  77.4  77.5  77.7  77.8  78.0  78.1
## 167  85.3  85.4  85.5  85.6  85.8  85.9  86.0  86.1  86.3  86.4  86.5  86.6
## 168  77.6  77.7  77.9  78.0  78.1  78.3  78.4  78.5  78.7  78.8  79.0  79.1
## 169  73.5  73.7  73.8  74.0  74.1  74.3  74.4  74.5  74.7  74.8  75.0  75.1
## 170  76.5  76.6  76.7  76.8  76.9  77.0  77.2  77.3  77.4  77.5  77.6  77.7
## 171  79.7  79.8  79.9  80.1  80.2  80.3  80.5  80.6  80.8  80.9  81.0  81.2
## 172  85.5  85.6  85.7  85.9  86.0  86.1  86.3  86.4  86.5  86.7  86.8  86.9
## 173  87.0  87.1  87.2  87.4  87.5  87.6  87.7  87.9  88.0  88.1  88.2  88.3
## 174  75.3  75.4  75.5  75.6  75.8  75.9  76.0  76.1  76.3  76.4  76.5  76.7
## 175  76.0  76.1  76.3  76.4  76.6  76.8  76.9  77.1  77.2  77.4  77.5  77.7
## 176  76.1  76.3  76.4  76.5  76.7  76.8  77.0  77.1  77.3  77.4  77.5  77.7
## 177  78.8  78.9  79.0  79.2  79.3  79.4  79.5  79.6  79.7  79.8  79.9  80.0
## 178  86.3  86.4  86.5  86.6  86.7  86.8  86.9  87.0  87.1  87.3  87.4  87.5
## 179  84.3  84.4  84.5  84.6  84.7  84.8  84.9  85.0  85.2  85.3  85.4  85.5
## 180  83.0  83.1  83.3  83.4  83.5  83.6  83.7  83.8  84.0  84.1  84.2  84.3
## 181  74.9  75.0  75.1  75.3  75.4  75.5  75.6  75.7  75.8  76.0  76.1  76.2
## 182  69.7  69.8  70.0  70.1  70.2  70.3  70.4  70.5  70.6  70.7  70.8  71.0
## 183  81.5  81.7  81.8  82.0  82.1  82.3  82.5  82.6  82.8  82.9  83.0  83.2
## 184  80.3  80.5  80.6  80.8  80.9  81.1  81.2  81.3  81.5  81.6  81.7  81.8
## 185  73.6  73.7  73.8  73.9  74.0  74.2  74.3  74.4  74.5  74.6  74.7  74.8
## 186  72.1  72.3  72.4  72.6  72.7  72.9  73.0  73.2  73.3  73.5  73.6  73.8
## 187  70.2  70.3  70.5  70.6  70.8  70.9  71.0  71.2  71.3  71.5  71.6  71.7
##     X2071 X2072 X2073 X2074 X2075 X2076 X2077 X2078 X2079 X2080 X2081 X2082
## 1    73.7  73.9  74.0  74.2  74.3  74.4  74.6  74.7  74.8  75.0  75.1  75.2
## 2    85.3  85.4  85.5  85.7  85.8  85.8  86.0  86.0  86.2  86.3  86.4  86.5
## 3    86.1  86.2  86.3  86.4  86.5  86.7  86.8  86.9  87.0  87.1  87.2  87.3
## 4      NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 5    76.2  76.3  76.4  76.5  76.7  76.8  77.0  77.1  77.2  77.3  77.5  77.6
## 6    83.9  84.0  84.1  84.3  84.4  84.5  84.6  84.7  84.8  84.9  85.0  85.2
## 7    84.4  84.5  84.6  84.8  84.9  85.0  85.1  85.2  85.3  85.4  85.5  85.7
## 8    82.9  83.0  83.2  83.3  83.4  83.6  83.7  83.8  84.0  84.1  84.2  84.3
## 9    88.8  88.9  89.0  89.2  89.3  89.4  89.5  89.6  89.7  89.8  89.9  90.0
## 10   88.6  88.7  88.8  88.9  89.0  89.2  89.3  89.4  89.5  89.6  89.7  89.8
## 11   77.0  77.1  77.3  77.4  77.5  77.7  77.8  77.9  78.0  78.2  78.3  78.5
## 12   80.3  80.4  80.5  80.7  80.8  80.9  81.1  81.2  81.3  81.5  81.6  81.7
## 13   86.4  86.6  86.7  86.8  86.9  87.0  87.1  87.2  87.3  87.4  87.5  87.7
## 14   84.0  84.2  84.3  84.5  84.6  84.8  84.9  85.0  85.2  85.3  85.4  85.6
## 15   83.8  83.9  84.0  84.1  84.2  84.3  84.4  84.5  84.6  84.7  84.8  84.9
## 16   81.6  81.7  81.9  82.0  82.1  82.2  82.3  82.5  82.6  82.7  82.8  82.9
## 17   88.2  88.3  88.5  88.5  88.7  88.8  88.9  89.0  89.1  89.2  89.3  89.4
## 18   81.9  82.0  82.2  82.3  82.5  82.6  82.7  82.8  83.0  83.1  83.2  83.4
## 19   75.1  75.2  75.4  75.5  75.6  75.7  75.9  76.0  76.1  76.2  76.4  76.5
## 20   84.3  84.5  84.6  84.8  84.9  85.0  85.2  85.3  85.5  85.6  85.8  85.9
## 21   82.7  82.9  83.0  83.2  83.3  83.5  83.7  83.8  83.9  84.1  84.2  84.4
## 22   84.3  84.5  84.6  84.7  84.8  84.9  85.0  85.1  85.2  85.3  85.4  85.5
## 23   76.3  76.5  76.6  76.7  76.9  77.0  77.1  77.3  77.4  77.5  77.7  77.8
## 24   84.7  84.8  85.0  85.1  85.2  85.3  85.5  85.6  85.7  85.8  85.9  86.0
## 25   82.5  82.7  82.8  82.9  83.0  83.1  83.3  83.4  83.5  83.6  83.7  83.8
## 26   82.0  82.1  82.3  82.4  82.5  82.6  82.8  82.9  83.0  83.1  83.2  83.3
## 27   74.5  74.6  74.8  74.9  75.0  75.2  75.3  75.5  75.6  75.7  75.8  76.0
## 28   73.9  74.1  74.2  74.3  74.5  74.7  74.8  74.9  75.1  75.2  75.4  75.5
## 29   78.6  78.8  78.9  79.0  79.2  79.3  79.5  79.6  79.7  79.9  80.0  80.1
## 30   75.5  75.7  75.8  76.0  76.1  76.2  76.4  76.5  76.7  76.8  76.9  77.1
## 31   88.5  88.6  88.7  88.8  88.9  89.0  89.1  89.2  89.3  89.5  89.6  89.7
## 32   84.8  85.0  85.2  85.3  85.5  85.7  85.8  86.0  86.1  86.3  86.4  86.5
## 33   64.7  64.8  64.9  65.1  65.2  65.3  65.5  65.6  65.7  65.8  66.0  66.1
## 34   73.6  73.8  73.9  74.1  74.3  74.4  74.6  74.8  74.9  75.1  75.2  75.4
## 35   87.4  87.5  87.6  87.7  87.8  87.9  88.0  88.2  88.3  88.4  88.5  88.6
## 36   85.5  85.6  85.7  85.8  85.9  86.0  86.1  86.2  86.3  86.5  86.6  86.7
## 37   88.7  88.8  89.0  89.1  89.2  89.3  89.4  89.5  89.7  89.8  89.9  90.0
## 38   77.0  77.2  77.3  77.4  77.5  77.7  77.8  77.9  78.0  78.2  78.3  78.4
## 39   73.2  73.3  73.4  73.6  73.7  73.8  73.9  74.1  74.2  74.3  74.4  74.5
## 40   70.6  70.7  70.8  70.9  71.0  71.1  71.3  71.4  71.5  71.6  71.7  71.8
## 41   87.1  87.2  87.3  87.4  87.5  87.7  87.8  87.9  88.0  88.1  88.2  88.3
## 42   73.3  73.4  73.6  73.7  73.8  74.0  74.1  74.3  74.4  74.5  74.7  74.8
## 43   86.1  86.2  86.3  86.5  86.6  86.7  86.8  86.9  87.0  87.1  87.2  87.3
## 44   85.7  85.8  85.9  86.0  86.1  86.2  86.3  86.4  86.5  86.6  86.7  86.8
## 45   88.7  88.8  88.9  89.0  89.2  89.3  89.4  89.5  89.6  89.7  89.8  89.9
## 46   86.3  86.4  86.5  86.6  86.7  86.8  86.9  87.0  87.1  87.2  87.3  87.4
## 47   87.5  87.6  87.7  87.8  87.9  88.0  88.1  88.2  88.3  88.5  88.6  88.7
## 48   77.9  78.1  78.3  78.4  78.5  78.7  78.8  79.0  79.2  79.3  79.5  79.6
## 49     NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 50   81.6  81.7  81.9  82.0  82.2  82.3  82.4  82.6  82.7  82.8  83.0  83.1
## 51   85.7  85.8  85.9  86.0  86.2  86.3  86.4  86.5  86.6  86.7  86.8  86.9
## 52   78.4  78.5  78.7  78.8  79.0  79.1  79.2  79.4  79.5  79.7  79.8  79.9
## 53   83.9  84.0  84.2  84.3  84.4  84.6  84.7  84.8  84.9  85.1  85.2  85.3
## 54   78.0  78.2  78.3  78.5  78.6  78.8  78.9  79.0  79.2  79.3  79.4  79.5
## 55   73.5  73.6  73.8  73.9  74.0  74.2  74.3  74.5  74.6  74.8  74.9  75.1
## 56   85.1  85.2  85.3  85.5  85.6  85.7  85.8  85.9  86.0  86.1  86.2  86.3
## 57   80.6  80.7  80.9  81.0  81.2  81.4  81.5  81.7  81.8  82.0  82.2  82.3
## 58   75.1  75.2  75.4  75.5  75.6  75.7  75.9  76.0  76.1  76.3  76.4  76.5
## 59   88.2  88.3  88.4  88.5  88.6  88.7  88.8  88.9  89.0  89.1  89.3  89.4
## 60   89.3  89.4  89.5  89.7  89.8  89.9  90.0  90.1  90.2  90.3  90.4  90.5
## 61   76.5  76.6  76.8  76.9  77.0  77.1  77.3  77.4  77.5  77.7  77.8  77.9
## 62   76.8  77.0  77.1  77.2  77.3  77.5  77.6  77.7  77.8  78.0  78.1  78.2
## 63   80.5  80.7  80.8  81.0  81.1  81.2  81.4  81.5  81.6  81.8  81.9  82.0
## 64   87.5  87.6  87.7  87.8  87.9  88.0  88.1  88.2  88.3  88.5  88.6  88.7
## 65   75.2  75.3  75.5  75.6  75.7  75.8  76.0  76.1  76.2  76.4  76.5  76.6
## 66   87.6  87.7  87.8  88.0  88.1  88.2  88.3  88.4  88.5  88.6  88.7  88.8
## 67   80.9  81.1  81.2  81.3  81.5  81.6  81.7  81.9  82.0  82.1  82.3  82.4
## 68   82.2  82.4  82.5  82.6  82.8  82.9  83.0  83.2  83.3  83.4  83.5  83.6
## 69   71.4  71.5  71.7  71.8  71.9  72.0  72.1  72.2  72.3  72.4  72.5  72.7
## 70   71.9  72.0  72.2  72.3  72.4  72.6  72.7  72.8  73.0  73.1  73.2  73.3
## 71   75.4  75.5  75.6  75.8  75.9  76.0  76.1  76.3  76.4  76.5  76.7  76.8
## 72   75.4  75.5  75.7  75.8  75.9  76.1  76.2  76.4  76.5  76.6  76.8  76.9
## 73   82.4  82.5  82.7  82.8  82.9  83.0  83.2  83.3  83.4  83.5  83.6  83.8
## 74   84.3  84.4  84.5  84.7  84.8  84.9  85.0  85.1  85.2  85.3  85.5  85.6
## 75   89.1  89.2  89.3  89.4  89.5  89.6  89.8  89.8  90.0  90.1  90.2  90.3
## 76   77.7  77.9  78.0  78.2  78.3  78.4  78.6  78.7  78.8  79.0  79.1  79.3
## 77   80.1  80.3  80.4  80.6  80.7  80.9  81.0  81.2  81.3  81.5  81.6  81.8
## 78   86.0  86.1  86.2  86.3  86.4  86.5  86.7  86.8  86.9  87.0  87.1  87.2
## 79   84.1  84.3  84.4  84.6  84.7  84.8  85.0  85.1  85.3  85.4  85.5  85.7
## 80   88.7  88.8  88.9  89.0  89.1  89.2  89.3  89.5  89.5  89.7  89.8  89.9
## 81   89.5  89.6  89.7  89.8  89.9  90.0  90.2  90.3  90.4  90.5  90.6  90.7
## 82   89.7  89.8  89.9  90.0  90.1  90.2  90.3  90.4  90.5  90.6  90.8  90.9
## 83   81.2  81.4  81.5  81.6  81.8  81.9  82.0  82.2  82.3  82.4  82.5  82.7
## 84   90.5  90.6  90.7  90.8  90.9  91.0  91.1  91.2  91.3  91.5  91.6  91.7
## 85   87.0  87.2  87.3  87.5  87.6  87.7  87.9  88.0  88.2  88.3  88.4  88.6
## 86   79.9  80.0  80.2  80.3  80.5  80.6  80.8  80.9  81.0  81.2  81.3  81.4
## 87   75.7  75.8  76.0  76.1  76.3  76.4  76.5  76.7  76.8  77.0  77.2  77.3
## 88   71.2  71.4  71.5  71.7  71.8  72.0  72.1  72.2  72.4  72.5  72.7  72.8
## 89   90.2  90.3  90.4  90.6  90.7  90.8  91.0  91.1  91.3  91.4  91.5  91.6
## 90   80.4  80.6  80.7  80.9  81.0  81.2  81.3  81.5  81.6  81.8  81.9  82.1
## 91   77.6  77.7  77.9  78.0  78.1  78.3  78.4  78.5  78.7  78.8  79.0  79.1
## 92   82.5  82.7  82.8  82.9  83.0  83.1  83.2  83.3  83.5  83.6  83.7  83.8
## 93   85.3  85.4  85.5  85.6  85.7  85.8  85.9  86.0  86.1  86.3  86.4  86.5
## 94   70.7  70.9  71.0  71.2  71.4  71.5  71.7  71.8  72.0  72.1  72.3  72.4
## 95   74.1  74.2  74.4  74.5  74.6  74.7  74.8  75.0  75.1  75.2  75.3  75.4
## 96   80.9  81.1  81.2  81.4  81.5  81.7  81.8  81.9  82.1  82.2  82.4  82.5
## 97   82.7  82.8  82.9  83.0  83.1  83.2  83.3  83.5  83.5  83.7  83.8  83.9
## 98   88.4  88.5  88.6  88.8  88.9  89.0  89.1  89.2  89.3  89.4  89.5  89.6
## 99   74.4  74.6  74.7  74.9  75.0  75.2  75.3  75.5  75.6  75.7  75.9  76.0
## 100  76.8  77.0  77.2  77.3  77.5  77.7  77.8  78.0  78.1  78.3  78.5  78.6
## 101  82.2  82.4  82.5  82.6  82.7  82.9  83.0  83.1  83.2  83.3  83.4  83.5
## 102  91.3  91.5  91.6  91.7  91.8  92.0  92.1  92.2  92.3  92.4  92.5  92.7
## 103  73.4  73.5  73.7  73.8  73.9  74.0  74.1  74.2  74.3  74.4  74.5  74.6
## 104  87.5  87.6  87.8  87.9  88.0  88.1  88.2  88.3  88.4  88.5  88.6  88.7
## 105    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 106  78.6  78.8  78.9  79.0  79.1  79.2  79.4  79.5  79.6  79.7  79.8  80.0
## 107  82.8  82.9  83.1  83.2  83.3  83.5  83.6  83.7  83.8  83.9  84.1  84.2
## 108  83.9  84.0  84.1  84.3  84.4  84.5  84.6  84.8  84.9  85.0  85.1  85.2
## 109  72.7  72.8  72.9  73.0  73.1  73.3  73.3  73.5  73.6  73.7  73.8  73.9
## 110  80.0  80.1  80.3  80.4  80.6  80.7  80.8  81.0  81.1  81.3  81.4  81.6
## 111  78.1  78.3  78.4  78.6  78.8  78.9  79.1  79.2  79.4  79.5  79.7  79.8
## 112  83.8  83.9  84.0  84.1  84.2  84.3  84.4  84.5  84.6  84.7  84.8  84.9
## 113  82.8  82.9  83.0  83.1  83.2  83.3  83.4  83.5  83.6  83.7  83.8  83.9
## 114  72.5  72.7  72.8  73.0  73.1  73.3  73.4  73.6  73.7  73.9  74.0  74.2
## 115  77.0  77.2  77.3  77.4  77.6  77.7  77.8  78.0  78.1  78.3  78.4  78.6
## 116  78.1  78.2  78.4  78.5  78.7  78.8  79.0  79.1  79.3  79.4  79.6  79.7
## 117  81.0  81.1  81.3  81.4  81.5  81.7  81.8  82.0  82.1  82.2  82.4  82.5
## 118  88.0  88.0  88.2  88.3  88.4  88.5  88.6  88.7  88.8  88.9  89.0  89.1
## 119  88.3  88.4  88.5  88.6  88.7  88.8  88.9  89.0  89.1  89.2  89.3  89.5
## 120  89.0  89.2  89.3  89.4  89.6  89.7  89.8  90.0  90.1  90.2  90.4  90.5
## 121  73.9  74.0  74.2  74.3  74.4  74.5  74.6  74.8  74.9  75.0  75.1  75.2
## 122  79.5  79.7  79.9  80.1  80.2  80.4  80.5  80.7  80.8  81.0  81.1  81.3
## 123  80.9  81.1  81.3  81.4  81.6  81.7  81.9  82.0  82.2  82.3  82.5  82.6
## 124  83.8  84.0  84.1  84.3  84.4  84.5  84.6  84.8  84.9  85.0  85.1  85.3
## 125  88.8  88.9  89.0  89.1  89.3  89.4  89.5  89.6  89.7  89.8  89.9  90.0
## 126  85.9  86.0  86.1  86.3  86.4  86.5  86.6  86.7  86.8  86.9  87.0  87.1
## 127  73.8  74.0  74.1  74.2  74.3  74.4  74.6  74.7  74.8  75.0  75.1  75.2
## 128  85.0  85.2  85.3  85.5  85.6  85.7  85.9  86.0  86.2  86.3  86.4  86.6
## 129  87.3  87.4  87.5  87.7  87.8  87.9  88.0  88.1  88.2  88.3  88.4  88.5
## 130  65.6  65.7  65.8  65.9  66.0  66.1  66.2  66.3  66.4  66.5  66.6  66.7
## 131  82.8  82.9  83.0  83.2  83.3  83.5  83.6  83.7  83.9  84.0  84.1  84.3
## 132  90.2  90.3  90.4  90.5  90.7  90.8  90.9  91.0  91.1  91.3  91.4  91.5
## 133  76.9  77.0  77.1  77.3  77.4  77.6  77.7  77.8  78.0  78.1  78.3  78.4
## 134  85.5  85.6  85.7  85.8  85.9  86.0  86.2  86.3  86.4  86.5  86.6  86.7
## 135  88.4  88.5  88.6  88.7  88.8  88.9  89.0  89.2  89.3  89.4  89.5  89.6
## 136  87.2  87.3  87.4  87.5  87.7  87.8  87.9  88.0  88.1  88.2  88.3  88.4
## 137  82.6  82.8  82.9  83.0  83.1  83.3  83.4  83.5  83.6  83.7  83.8  83.9
## 138  80.0  80.1  80.3  80.4  80.6  80.7  80.9  81.0  81.1  81.3  81.4  81.5
## 139  79.4  79.6  79.7  79.9  80.0  80.2  80.4  80.5  80.7  80.8  81.0  81.1
## 140  80.0  80.2  80.3  80.4  80.6  80.7  80.8  81.0  81.1  81.3  81.4  81.5
## 141  75.2  75.3  75.5  75.6  75.8  75.9  76.1  76.2  76.4  76.5  76.7  76.8
## 142  84.8  84.9  85.1  85.2  85.3  85.5  85.6  85.7  85.8  86.0  86.1  86.2
## 143  77.9  78.1  78.2  78.4  78.5  78.7  78.8  79.0  79.1  79.3  79.4  79.6
## 144  83.2  83.3  83.5  83.6  83.7  83.8  84.0  84.1  84.2  84.3  84.4  84.5
## 145  81.2  81.4  81.5  81.7  81.8  81.9  82.1  82.2  82.4  82.5  82.7  82.8
## 146  75.8  76.0  76.1  76.3  76.4  76.6  76.7  76.9  77.0  77.1  77.3  77.4
## 147  91.4  91.5  91.6  91.7  91.8  92.0  92.1  92.2  92.3  92.4  92.5  92.7
## 148  84.8  84.9  85.0  85.1  85.2  85.3  85.4  85.5  85.6  85.8  85.9  86.0
## 149  87.9  88.0  88.2  88.3  88.4  88.5  88.6  88.7  88.8  88.9  89.0  89.2
## 150  75.1  75.2  75.3  75.5  75.6  75.7  75.8  76.0  76.1  76.2  76.3  76.5
## 151  70.2  70.3  70.5  70.6  70.8  70.9  71.0  71.2  71.3  71.4  71.6  71.7
## 152  75.7  75.9  76.0  76.2  76.3  76.4  76.6  76.7  76.8  77.0  77.1  77.3
## 153  89.5  89.6  89.7  89.8  89.9  90.0  90.2  90.3  90.4  90.5  90.6  90.8
## 154  69.8  70.0  70.1  70.2  70.4  70.5  70.6  70.7  70.9  71.0  71.1  71.2
## 155  89.4  89.5  89.6  89.7  89.8  90.0  90.1  90.2  90.3  90.4  90.5  90.6
## 156  85.8  85.9  86.0  86.1  86.2  86.3  86.5  86.6  86.7  86.8  86.9  87.0
## 157  82.5  82.7  82.8  82.9  83.0  83.2  83.3  83.4  83.5  83.6  83.7  83.8
## 158  79.2  79.3  79.5  79.6  79.7  79.9  80.0  80.1  80.3  80.4  80.5  80.7
## 159  80.1  80.3  80.4  80.6  80.7  80.9  81.0  81.2  81.3  81.4  81.6  81.7
## 160  79.2  79.4  79.5  79.7  79.8  79.9  80.1  80.2  80.3  80.5  80.6  80.8
## 161  72.5  72.6  72.8  72.9  73.0  73.1  73.3  73.4  73.5  73.7  73.8  73.9
## 162  89.0  89.1  89.2  89.3  89.4  89.5  89.6  89.7  89.8  89.9  90.0  90.2
## 163  90.4  90.5  90.6  90.7  90.8  90.9  91.0  91.1  91.3  91.4  91.5  91.6
## 164  82.0  82.2  82.3  82.4  82.5  82.6  82.7  82.8  82.9  83.0  83.1  83.2
## 165  78.8  79.0  79.1  79.2  79.4  79.5  79.6  79.8  79.9  80.0  80.2  80.3
## 166  78.3  78.4  78.6  78.7  78.9  79.0  79.2  79.3  79.5  79.6  79.8  79.9
## 167  86.7  86.9  87.0  87.1  87.2  87.3  87.4  87.6  87.7  87.8  87.9  88.0
## 168  79.2  79.4  79.5  79.6  79.8  79.9  80.0  80.2  80.3  80.5  80.6  80.7
## 169  75.2  75.4  75.5  75.6  75.8  75.9  76.0  76.2  76.3  76.4  76.5  76.7
## 170  77.9  78.0  78.1  78.2  78.3  78.5  78.6  78.7  78.8  79.0  79.1  79.2
## 171  81.3  81.5  81.6  81.7  81.9  82.0  82.2  82.3  82.4  82.6  82.7  82.8
## 172  87.0  87.1  87.2  87.4  87.5  87.6  87.7  87.8  87.9  88.0  88.1  88.2
## 173  88.5  88.6  88.7  88.8  88.9  89.1  89.2  89.3  89.4  89.5  89.6  89.8
## 174  76.8  76.9  77.1  77.2  77.3  77.5  77.6  77.7  77.9  78.0  78.1  78.3
## 175  77.8  78.0  78.2  78.3  78.5  78.6  78.8  78.9  79.1  79.2  79.4  79.5
## 176  77.8  78.0  78.1  78.2  78.4  78.5  78.7  78.8  78.9  79.1  79.2  79.3
## 177  80.1  80.3  80.3  80.5  80.6  80.7  80.8  80.8  81.0  81.0  81.1  81.2
## 178  87.6  87.7  87.8  87.9  88.0  88.1  88.2  88.3  88.4  88.5  88.6  88.7
## 179  85.6  85.7  85.8  85.9  86.0  86.1  86.2  86.3  86.4  86.5  86.6  86.7
## 180  84.4  84.5  84.6  84.7  84.8  85.0  85.1  85.2  85.3  85.4  85.5  85.6
## 181  76.3  76.5  76.6  76.7  76.8  77.0  77.1  77.2  77.3  77.5  77.6  77.7
## 182  71.1  71.2  71.3  71.4  71.5  71.7  71.8  71.9  72.0  72.1  72.2  72.3
## 183  83.3  83.5  83.7  83.8  84.0  84.1  84.2  84.4  84.5  84.7  84.8  85.0
## 184  82.0  82.1  82.2  82.3  82.5  82.6  82.7  82.8  83.0  83.1  83.2  83.3
## 185  75.0  75.1  75.2  75.3  75.4  75.5  75.6  75.8  75.9  76.0  76.1  76.2
## 186  73.9  74.1  74.2  74.4  74.5  74.7  74.8  74.9  75.1  75.2  75.4  75.5
## 187  71.9  72.0  72.1  72.3  72.4  72.5  72.7  72.8  72.9  73.0  73.2  73.3
##     X2083 X2084 X2085 X2086 X2087 X2088 X2089 X2090 X2091 X2092 X2093 X2094
## 1    75.4  75.5  75.6  75.8  75.9  76.0  76.2  76.3  76.5  76.6  76.7  76.9
## 2    86.6  86.7  86.8  86.9  87.0  87.1  87.2  87.3  87.4  87.5  87.6  87.7
## 3    87.4  87.5  87.6  87.7  87.8  87.9  88.0  88.2  88.3  88.4  88.5  88.6
## 4      NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 5    77.7  77.8  78.0  78.1  78.2  78.4  78.5  78.6  78.7  78.9  79.0  79.1
## 6    85.3  85.4  85.5  85.6  85.7  85.8  85.9  86.0  86.1  86.2  86.3  86.4
## 7    85.8  85.9  86.0  86.1  86.2  86.3  86.4  86.5  86.7  86.8  86.9  87.0
## 8    84.4  84.6  84.7  84.8  84.9  85.0  85.2  85.3  85.4  85.5  85.6  85.7
## 9    90.2  90.3  90.4  90.5  90.6  90.7  90.8  90.9  91.0  91.2  91.3  91.4
## 10   89.9  90.0  90.2  90.3  90.4  90.5  90.6  90.7  90.8  90.9  91.0  91.1
## 11   78.6  78.7  78.9  79.0  79.1  79.3  79.4  79.5  79.7  79.8  80.0  80.1
## 12   81.8  82.0  82.1  82.2  82.4  82.5  82.6  82.8  82.9  83.0  83.1  83.3
## 13   87.8  87.8  88.0  88.0  88.2  88.2  88.3  88.4  88.5  88.6  88.7  88.8
## 14   85.7  85.8  85.9  86.1  86.2  86.3  86.4  86.5  86.6  86.8  86.9  87.0
## 15   85.0  85.1  85.2  85.3  85.4  85.5  85.6  85.7  85.8  85.9  86.0  86.1
## 16   83.0  83.1  83.2  83.3  83.5  83.6  83.7  83.8  83.9  84.0  84.1  84.2
## 17   89.5  89.7  89.8  89.9  90.0  90.1  90.2  90.3  90.4  90.5  90.6  90.7
## 18   83.5  83.6  83.7  83.8  84.0  84.1  84.2  84.3  84.4  84.5  84.6  84.8
## 19   76.6  76.7  76.9  77.0  77.1  77.2  77.4  77.5  77.6  77.7  77.9  78.0
## 20   86.0  86.2  86.3  86.4  86.5  86.7  86.8  86.9  87.0  87.2  87.3  87.4
## 21   84.5  84.7  84.8  84.9  85.1  85.2  85.3  85.4  85.6  85.7  85.8  85.9
## 22   85.6  85.7  85.8  86.0  86.0  86.2  86.3  86.4  86.5  86.6  86.7  86.8
## 23   77.9  78.1  78.2  78.3  78.5  78.6  78.8  78.9  79.0  79.2  79.3  79.5
## 24   86.2  86.3  86.4  86.5  86.6  86.7  86.8  86.9  87.0  87.2  87.3  87.4
## 25   84.0  84.1  84.2  84.3  84.4  84.5  84.6  84.7  84.8  84.9  85.0  85.1
## 26   83.5  83.6  83.7  83.8  83.9  84.0  84.1  84.2  84.3  84.4  84.5  84.7
## 27   76.1  76.2  76.4  76.5  76.6  76.8  76.9  77.0  77.2  77.3  77.5  77.6
## 28   75.7  75.8  76.0  76.1  76.2  76.4  76.5  76.7  76.8  77.0  77.1  77.2
## 29   80.3  80.4  80.6  80.7  80.8  81.0  81.1  81.3  81.4  81.5  81.7  81.8
## 30   77.2  77.3  77.5  77.6  77.7  77.9  78.0  78.2  78.3  78.4  78.5  78.7
## 31   89.8  89.9  90.0  90.1  90.2  90.3  90.4  90.5  90.6  90.7  90.8  90.9
## 32   86.7  86.8  87.0  87.1  87.2  87.4  87.5  87.6  87.8  87.9  88.0  88.1
## 33   66.2  66.3  66.5  66.6  66.7  66.8  66.9  67.0  67.1  67.3  67.4  67.5
## 34   75.5  75.7  75.8  76.0  76.1  76.3  76.4  76.6  76.7  76.8  77.0  77.1
## 35   88.7  88.8  88.9  89.0  89.1  89.2  89.3  89.5  89.6  89.7  89.8  89.9
## 36   86.8  86.9  87.0  87.1  87.2  87.3  87.4  87.5  87.6  87.7  87.8  87.9
## 37   90.1  90.2  90.3  90.4  90.5  90.7  90.8  90.9  91.0  91.1  91.2  91.3
## 38   78.5  78.7  78.8  78.9  79.0  79.2  79.3  79.4  79.5  79.7  79.8  79.9
## 39   74.7  74.8  74.9  75.0  75.1  75.3  75.4  75.5  75.6  75.7  75.8  76.0
## 40   71.9  72.1  72.2  72.3  72.4  72.5  72.6  72.8  72.9  73.0  73.1  73.2
## 41   88.4  88.5  88.6  88.7  88.8  88.9  89.0  89.1  89.3  89.3  89.5  89.6
## 42   74.9  75.0  75.2  75.3  75.4  75.6  75.7  75.8  76.0  76.1  76.2  76.3
## 43   87.4  87.5  87.6  87.8  87.9  88.0  88.1  88.2  88.3  88.4  88.5  88.6
## 44   86.9  87.0  87.1  87.2  87.3  87.4  87.5  87.6  87.7  87.8  87.9  88.0
## 45   90.0  90.1  90.2  90.3  90.4  90.5  90.7  90.8  90.9  91.0  91.1  91.2
## 46   87.5  87.7  87.8  87.9  88.0  88.1  88.2  88.3  88.4  88.5  88.6  88.7
## 47   88.8  88.9  89.0  89.1  89.2  89.3  89.4  89.5  89.6  89.7  89.8  90.0
## 48   79.8  79.9  80.1  80.2  80.4  80.5  80.7  80.8  81.0  81.1  81.3  81.4
## 49     NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 50   83.2  83.3  83.5  83.6  83.7  83.8  83.9  84.0  84.1  84.3  84.4  84.5
## 51   87.0  87.2  87.3  87.4  87.5  87.6  87.7  87.8  87.9  88.0  88.1  88.2
## 52   80.1  80.2  80.3  80.5  80.6  80.8  80.9  81.0  81.2  81.3  81.4  81.6
## 53   85.4  85.6  85.7  85.8  85.9  86.0  86.2  86.3  86.4  86.5  86.6  86.7
## 54   79.7  79.8  79.9  80.0  80.2  80.3  80.4  80.5  80.7  80.8  80.9  81.0
## 55   75.2  75.3  75.5  75.6  75.8  75.9  76.0  76.2  76.3  76.5  76.6  76.8
## 56   86.4  86.5  86.6  86.8  86.9  87.0  87.1  87.2  87.3  87.4  87.5  87.6
## 57   82.5  82.6  82.8  82.9  83.1  83.3  83.4  83.6  83.7  83.9  84.0  84.2
## 58   76.7  76.8  76.9  77.1  77.2  77.3  77.5  77.6  77.7  77.9  78.0  78.2
## 59   89.5  89.6  89.7  89.8  89.9  90.0  90.1  90.2  90.3  90.5  90.6  90.7
## 60   90.7  90.8  90.9  91.0  91.1  91.2  91.3  91.4  91.5  91.7  91.8  91.9
## 61   78.0  78.2  78.3  78.4  78.6  78.7  78.8  79.0  79.1  79.2  79.4  79.5
## 62   78.4  78.5  78.6  78.7  78.9  79.0  79.1  79.3  79.4  79.5  79.6  79.8
## 63   82.1  82.3  82.4  82.5  82.6  82.8  82.9  83.0  83.1  83.2  83.3  83.5
## 64   88.8  88.9  89.0  89.1  89.2  89.3  89.4  89.5  89.7  89.8  89.9  90.0
## 65   76.8  76.9  77.0  77.1  77.3  77.4  77.5  77.7  77.8  77.9  78.0  78.2
## 66   89.0  89.1  89.2  89.3  89.4  89.5  89.6  89.7  89.8  89.9  90.0  90.2
## 67   82.5  82.7  82.8  83.0  83.1  83.2  83.4  83.5  83.6  83.8  83.9  84.0
## 68   83.8  83.9  84.0  84.1  84.2  84.3  84.4  84.5  84.6  84.8  84.9  85.0
## 69   72.8  72.9  73.0  73.1  73.2  73.3  73.4  73.5  73.7  73.8  73.9  74.0
## 70   73.5  73.6  73.7  73.8  73.9  74.0  74.2  74.3  74.4  74.5  74.6  74.8
## 71   76.9  77.0  77.2  77.3  77.4  77.6  77.7  77.8  78.0  78.1  78.2  78.4
## 72   77.0  77.2  77.3  77.5  77.6  77.7  77.9  78.0  78.2  78.3  78.4  78.6
## 73   83.9  84.0  84.1  84.2  84.3  84.4  84.5  84.6  84.7  84.8  84.9  85.0
## 74   85.7  85.8  85.9  86.0  86.1  86.2  86.3  86.4  86.5  86.6  86.7  86.8
## 75   90.4  90.5  90.6  90.7  90.8  90.9  91.0  91.1  91.2  91.3  91.4  91.5
## 76   79.4  79.6  79.7  79.8  80.0  80.1  80.3  80.4  80.5  80.7  80.8  81.0
## 77   81.9  82.1  82.2  82.3  82.5  82.6  82.8  82.9  83.0  83.2  83.3  83.5
## 78   87.3  87.4  87.5  87.6  87.7  87.8  87.9  88.0  88.2  88.3  88.4  88.5
## 79   85.8  86.0  86.1  86.3  86.4  86.5  86.7  86.8  87.0  87.1  87.3  87.4
## 80   90.0  90.1  90.2  90.3  90.4  90.5  90.7  90.8  90.9  91.0  91.1  91.2
## 81   90.8  90.9  91.0  91.2  91.3  91.4  91.5  91.6  91.7  91.8  91.9  92.0
## 82   91.0  91.1  91.2  91.3  91.4  91.5  91.7  91.8  91.9  92.0  92.1  92.2
## 83   82.8  82.9  83.0  83.2  83.3  83.4  83.5  83.7  83.8  83.9  84.0  84.2
## 84   91.8  91.9  92.0  92.1  92.2  92.3  92.5  92.6  92.7  92.8  92.9  93.0
## 85   88.7  88.8  89.0  89.1  89.2  89.3  89.5  89.6  89.7  89.8  90.0  90.1
## 86   81.6  81.7  81.8  82.0  82.1  82.2  82.3  82.4  82.6  82.7  82.8  82.9
## 87   77.5  77.6  77.8  77.9  78.1  78.2  78.4  78.5  78.7  78.8  79.0  79.1
## 88   73.0  73.1  73.2  73.4  73.5  73.7  73.8  74.0  74.1  74.2  74.4  74.5
## 89   91.8  91.9  92.0  92.1  92.3  92.4  92.5  92.6  92.8  92.9  93.0  93.1
## 90   82.2  82.4  82.5  82.7  82.8  83.0  83.1  83.2  83.4  83.5  83.7  83.8
## 91   79.2  79.3  79.5  79.6  79.8  79.9  80.0  80.1  80.3  80.4  80.5  80.7
## 92   83.9  84.0  84.1  84.2  84.3  84.4  84.5  84.7  84.8  84.9  85.0  85.1
## 93   86.6  86.7  86.8  86.9  87.0  87.1  87.2  87.3  87.4  87.5  87.6  87.7
## 94   72.6  72.7  72.9  73.0  73.2  73.3  73.5  73.6  73.8  73.9  74.0  74.2
## 95   75.5  75.7  75.8  75.9  76.0  76.1  76.3  76.4  76.5  76.6  76.7  76.8
## 96   82.6  82.8  82.9  83.1  83.2  83.3  83.5  83.6  83.7  83.9  84.0  84.1
## 97   84.0  84.1  84.2  84.3  84.4  84.5  84.6  84.7  84.8  84.9  85.0  85.1
## 98   89.7  89.8  90.0  90.1  90.2  90.3  90.4  90.5  90.6  90.7  90.8  91.0
## 99   76.2  76.3  76.5  76.6  76.7  76.9  77.0  77.2  77.3  77.5  77.6  77.7
## 100  78.8  78.9  79.1  79.3  79.4  79.6  79.7  79.9  80.0  80.2  80.4  80.5
## 101  83.7  83.8  83.9  84.0  84.1  84.2  84.3  84.4  84.5  84.6  84.7  84.8
## 102  92.8  92.9  93.0  93.1  93.3  93.4  93.5  93.6  93.7  93.9  94.0  94.1
## 103  74.7  74.8  75.0  75.1  75.2  75.3  75.4  75.5  75.6  75.7  75.8  75.9
## 104  88.8  88.9  89.0  89.2  89.3  89.4  89.5  89.6  89.7  89.8  89.9  90.0
## 105    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
## 106  80.1  80.2  80.3  80.5  80.6  80.7  80.8  81.0  81.1  81.2  81.3  81.5
## 107  84.3  84.4  84.5  84.7  84.8  84.9  85.0  85.1  85.2  85.3  85.4  85.5
## 108  85.4  85.5  85.6  85.7  85.8  85.9  86.0  86.1  86.3  86.3  86.5  86.6
## 109  74.0  74.1  74.2  74.3  74.5  74.6  74.7  74.8  74.9  75.0  75.2  75.3
## 110  81.7  81.9  82.0  82.1  82.3  82.4  82.6  82.7  82.8  83.0  83.1  83.3
## 111  80.0  80.2  80.3  80.5  80.6  80.8  80.9  81.1  81.2  81.4  81.5  81.6
## 112  85.0  85.1  85.2  85.3  85.4  85.5  85.6  85.7  85.8  85.9  86.0  86.1
## 113  84.0  84.1  84.2  84.3  84.4  84.5  84.7  84.8  84.9  85.0  85.1  85.2
## 114  74.4  74.5  74.7  74.8  75.0  75.1  75.3  75.4  75.5  75.7  75.8  76.0
## 115  78.7  78.8  79.0  79.1  79.3  79.4  79.6  79.7  79.8  80.0  80.1  80.3
## 116  79.9  80.0  80.2  80.3  80.5  80.6  80.8  80.9  81.1  81.2  81.4  81.5
## 117  82.7  82.8  82.9  83.1  83.2  83.3  83.5  83.6  83.7  83.9  84.0  84.1
## 118  89.2  89.3  89.4  89.5  89.6  89.7  89.8  90.0  90.1  90.2  90.3  90.4
## 119  89.6  89.7  89.8  89.9  90.0  90.1  90.2  90.3  90.4  90.5  90.7  90.8
## 120  90.6  90.7  90.9  91.0  91.1  91.2  91.3  91.5  91.6  91.7  91.8  91.9
## 121  75.3  75.5  75.6  75.7  75.8  75.9  76.0  76.2  76.3  76.4  76.5  76.6
## 122  81.4  81.6  81.7  81.8  82.0  82.1  82.3  82.4  82.5  82.7  82.8  82.9
## 123  82.8  82.9  83.0  83.2  83.3  83.5  83.6  83.7  83.8  84.0  84.1  84.2
## 124  85.4  85.5  85.6  85.7  85.8  85.9  86.0  86.1  86.3  86.4  86.5  86.6
## 125  90.1  90.2  90.3  90.4  90.5  90.6  90.7  90.8  91.0  91.1  91.2  91.3
## 126  87.2  87.3  87.5  87.5  87.7  87.8  87.9  88.0  88.1  88.2  88.3  88.5
## 127  75.3  75.5  75.6  75.7  75.9  76.0  76.1  76.3  76.4  76.5  76.7  76.8
## 128  86.7  86.8  87.0  87.1  87.2  87.3  87.5  87.6  87.7  87.8  88.0  88.1
## 129  88.7  88.8  88.9  89.0  89.1  89.2  89.3  89.4  89.5  89.6  89.8  89.9
## 130  66.8  66.9  67.0  67.1  67.2  67.3  67.4  67.5  67.6  67.7  67.8  67.9
## 131  84.4  84.5  84.7  84.8  85.0  85.1  85.2  85.4  85.5  85.6  85.8  85.9
## 132  91.6  91.7  91.8  92.0  92.1  92.2  92.3  92.4  92.5  92.7  92.8  92.9
## 133  78.6  78.7  78.8  79.0  79.1  79.3  79.4  79.5  79.7  79.8  80.0  80.1
## 134  86.8  86.9  87.0  87.1  87.2  87.3  87.5  87.5  87.7  87.8  87.9  88.0
## 135  89.7  89.8  89.9  90.0  90.2  90.3  90.4  90.5  90.6  90.7  90.8  90.9
## 136  88.5  88.6  88.7  88.8  89.0  89.1  89.2  89.3  89.4  89.5  89.6  89.7
## 137  84.0  84.2  84.3  84.4  84.5  84.6  84.7  84.8  84.9  85.0  85.2  85.3
## 138  81.7  81.8  81.9  82.0  82.2  82.3  82.4  82.5  82.7  82.8  82.9  83.0
## 139  81.3  81.4  81.6  81.7  81.9  82.0  82.2  82.3  82.5  82.6  82.8  82.9
## 140  81.7  81.8  82.0  82.1  82.2  82.4  82.5  82.6  82.8  82.9  83.0  83.2
## 141  76.9  77.1  77.2  77.4  77.5  77.7  77.8  77.9  78.1  78.2  78.3  78.5
## 142  86.3  86.5  86.6  86.7  86.8  86.9  87.0  87.1  87.2  87.3  87.5  87.6
## 143  79.7  79.9  80.0  80.2  80.3  80.4  80.6  80.7  80.9  81.0  81.2  81.3
## 144  84.7  84.8  84.9  85.0  85.1  85.2  85.3  85.4  85.5  85.6  85.7  85.8
## 145  82.9  83.0  83.2  83.3  83.4  83.5  83.7  83.8  83.9  84.0  84.2  84.3
## 146  77.5  77.7  77.8  78.0  78.1  78.2  78.3  78.5  78.6  78.7  78.8  78.9
## 147  92.8  92.9  93.0  93.1  93.2  93.3  93.5  93.6  93.7  93.8  93.9  94.0
## 148  86.1  86.2  86.3  86.4  86.5  86.6  86.7  86.8  86.9  87.0  87.1  87.2
## 149  89.3  89.4  89.5  89.6  89.7  89.8  89.9  90.0  90.2  90.3  90.4  90.5
## 150  76.6  76.7  76.9  77.0  77.1  77.3  77.4  77.5  77.6  77.8  77.9  78.0
## 151  71.8  71.9  72.1  72.2  72.3  72.4  72.6  72.7  72.8  72.9  73.0  73.2
## 152  77.4  77.5  77.7  77.8  77.9  78.1  78.2  78.3  78.5  78.6  78.8  78.9
## 153  90.9  91.0  91.1  91.2  91.3  91.4  91.5  91.7  91.8  91.9  92.0  92.1
## 154  71.3  71.5  71.6  71.7  71.8  71.9  72.0  72.2  72.3  72.4  72.5  72.6
## 155  90.7  90.8  90.9  91.0  91.2  91.3  91.4  91.5  91.6  91.7  91.8  91.9
## 156  87.1  87.2  87.3  87.5  87.6  87.7  87.8  87.9  88.0  88.1  88.2  88.3
## 157  84.0  84.1  84.2  84.3  84.4  84.5  84.6  84.7  84.8  84.9  85.0  85.1
## 158  80.8  80.9  81.1  81.2  81.3  81.5  81.6  81.7  81.9  82.0  82.1  82.3
## 159  81.9  82.0  82.2  82.3  82.5  82.6  82.8  82.9  83.1  83.2  83.4  83.5
## 160  80.9  81.1  81.2  81.3  81.5  81.6  81.8  81.9  82.1  82.2  82.3  82.5
## 161  74.0  74.2  74.3  74.4  74.6  74.7  74.8  75.0  75.1  75.2  75.3  75.5
## 162  90.3  90.4  90.5  90.6  90.7  90.8  90.9  91.0  91.1  91.2  91.3  91.5
## 163  91.7  91.8  91.9  92.0  92.1  92.3  92.4  92.5  92.6  92.7  92.8  92.9
## 164  83.3  83.4  83.5  83.6  83.7  83.8  83.9  84.0  84.1  84.2  84.3  84.4
## 165  80.5  80.6  80.7  80.8  81.0  81.1  81.3  81.4  81.5  81.6  81.8  81.9
## 166  80.1  80.2  80.4  80.5  80.7  80.8  81.0  81.1  81.3  81.4  81.6  81.7
## 167  88.1  88.2  88.3  88.5  88.6  88.7  88.8  88.9  89.0  89.1  89.2  89.3
## 168  80.9  81.0  81.2  81.3  81.4  81.6  81.7  81.8  82.0  82.1  82.3  82.4
## 169  76.8  76.9  77.1  77.2  77.3  77.5  77.6  77.7  77.8  78.0  78.1  78.2
## 170  79.3  79.5  79.6  79.7  79.9  80.0  80.1  80.3  80.4  80.5  80.7  80.8
## 171  83.0  83.1  83.3  83.4  83.5  83.7  83.8  83.9  84.1  84.2  84.3  84.5
## 172  88.3  88.4  88.5  88.6  88.7  88.8  88.9  89.0  89.1  89.2  89.3  89.5
## 173  89.9  90.0  90.1  90.2  90.3  90.5  90.6  90.7  90.8  90.9  91.0  91.1
## 174  78.4  78.5  78.7  78.8  79.0  79.1  79.2  79.4  79.5  79.7  79.8  79.9
## 175  79.7  79.8  80.0  80.1  80.3  80.4  80.6  80.7  80.9  81.0  81.2  81.3
## 176  79.5  79.6  79.8  79.9  80.0  80.2  80.3  80.4  80.5  80.7  80.8  80.9
## 177  81.3  81.4  81.5  81.6  81.7  81.8  81.9  82.0  82.1  82.2  82.3  82.4
## 178  88.8  88.9  89.0  89.1  89.2  89.3  89.5  89.5  89.7  89.8  89.9  90.0
## 179  86.8  86.9  87.0  87.1  87.2  87.3  87.4  87.5  87.6  87.7  87.8  87.9
## 180  85.7  85.8  85.9  86.0  86.2  86.3  86.4  86.5  86.6  86.7  86.8  86.9
## 181  77.8  78.0  78.1  78.2  78.3  78.5  78.6  78.7  78.9  79.0  79.1  79.3
## 182  72.5  72.6  72.7  72.8  73.0  73.1  73.2  73.3  73.5  73.6  73.7  73.8
## 183  85.1  85.3  85.4  85.5  85.7  85.8  86.0  86.1  86.2  86.3  86.5  86.6
## 184  83.4  83.5  83.6  83.8  83.9  84.0  84.1  84.2  84.3  84.4  84.5  84.6
## 185  76.3  76.5  76.6  76.7  76.8  76.9  77.1  77.2  77.3  77.4  77.5  77.7
## 186  75.7  75.8  76.0  76.1  76.3  76.4  76.5  76.7  76.8  77.0  77.1  77.3
## 187  73.4  73.6  73.7  73.8  73.9  74.1  74.2  74.3  74.5  74.6  74.7  74.8
##     X2095 X2096 X2097 X2098 X2099 X2100
## 1    77.0  77.1  77.3  77.4  77.5  77.7
## 2    87.8  87.9  88.0  88.1  88.2  88.3
## 3    88.7  88.8  88.9  89.0  89.1  89.2
## 4      NA    NA    NA    NA    NA    NA
## 5    79.3  79.4  79.5  79.7  79.8  79.9
## 6    86.5  86.6  86.7  86.8  86.9  87.0
## 7    87.1  87.2  87.3  87.4  87.5  87.6
## 8    85.8  85.9  86.0  86.2  86.3  86.4
## 9    91.5  91.6  91.7  91.8  91.9  92.0
## 10   91.2  91.3  91.5  91.6  91.7  91.8
## 11   80.2  80.3  80.5  80.6  80.7  80.9
## 12   83.4  83.5  83.6  83.7  83.8  84.0
## 13   88.9  89.0  89.1  89.2  89.3  89.4
## 14   87.1  87.2  87.3  87.4  87.5  87.6
## 15   86.2  86.3  86.4  86.5  86.6  86.7
## 16   84.3  84.4  84.5  84.6  84.7  84.8
## 17   90.8  91.0  91.1  91.2  91.3  91.4
## 18   84.9  85.0  85.1  85.2  85.3  85.4
## 19   78.1  78.3  78.4  78.5  78.7  78.8
## 20   87.5  87.7  87.8  87.9  88.0  88.1
## 21   86.0  86.2  86.3  86.4  86.5  86.6
## 22   86.9  87.0  87.1  87.2  87.3  87.4
## 23   79.6  79.8  79.9  80.0  80.2  80.3
## 24   87.5  87.6  87.7  87.8  87.9  88.0
## 25   85.2  85.3  85.4  85.5  85.6  85.7
## 26   84.8  84.9  85.0  85.1  85.2  85.3
## 27   77.7  77.8  78.0  78.1  78.2  78.4
## 28   77.4  77.5  77.7  77.8  78.0  78.1
## 29   81.9  82.1  82.2  82.3  82.5  82.6
## 30   78.8  79.0  79.1  79.2  79.3  79.5
## 31   91.0  91.2  91.3  91.4  91.5  91.6
## 32   88.3  88.4  88.5  88.6  88.8  88.9
## 33   67.6  67.7  67.8  67.9  68.0  68.1
## 34   77.3  77.4  77.5  77.7  77.8  77.9
## 35   90.0  90.1  90.2  90.3  90.4  90.5
## 36   88.0  88.1  88.2  88.3  88.5  88.6
## 37   91.4  91.5  91.7  91.8  91.9  92.0
## 38   80.0  80.2  80.3  80.4  80.5  80.7
## 39   76.1  76.2  76.3  76.4  76.5  76.7
## 40   73.3  73.5  73.6  73.7  73.8  73.9
## 41   89.7  89.8  89.9  90.0  90.1  90.2
## 42   76.5  76.6  76.7  76.9  77.0  77.1
## 43   88.7  88.8  88.9  89.0  89.2  89.3
## 44   88.1  88.2  88.3  88.4  88.5  88.6
## 45   91.3  91.4  91.5  91.6  91.7  91.8
## 46   88.8  88.9  89.0  89.1  89.2  89.3
## 47   90.0  90.2  90.3  90.4  90.5  90.6
## 48   81.6  81.7  81.9  82.0  82.2  82.3
## 49     NA    NA    NA    NA    NA    NA
## 50   84.6  84.7  84.8  84.9  85.0  85.1
## 51   88.3  88.5  88.6  88.7  88.8  88.9
## 52   81.7  81.8  82.0  82.1  82.2  82.3
## 53   86.8  87.0  87.1  87.2  87.3  87.4
## 54   81.2  81.3  81.4  81.5  81.6  81.8
## 55   76.9  77.0  77.2  77.3  77.5  77.6
## 56   87.7  87.8  87.9  88.0  88.1  88.2
## 57   84.3  84.5  84.6  84.8  84.9  85.1
## 58   78.3  78.4  78.6  78.7  78.8  79.0
## 59   90.8  90.9  91.0  91.1  91.2  91.3
## 60   92.0  92.1  92.2  92.3  92.4  92.5
## 61   79.6  79.8  79.9  80.0  80.2  80.3
## 62   79.9  80.0  80.2  80.3  80.4  80.6
## 63   83.6  83.7  83.8  83.9  84.0  84.1
## 64   90.1  90.2  90.3  90.4  90.5  90.7
## 65   78.3  78.4  78.6  78.7  78.8  79.0
## 66   90.3  90.4  90.5  90.6  90.7  90.8
## 67   84.2  84.3  84.4  84.6  84.7  84.8
## 68   85.1  85.2  85.3  85.4  85.5  85.6
## 69   74.1  74.2  74.3  74.4  74.5  74.6
## 70   74.9  75.0  75.1  75.2  75.4  75.5
## 71   78.5  78.6  78.8  78.9  79.0  79.2
## 72   78.7  78.8  79.0  79.1  79.3  79.4
## 73   85.1  85.2  85.3  85.4  85.5  85.6
## 74   87.0  87.0  87.2  87.3  87.4  87.5
## 75   91.7  91.8  91.9  92.0  92.1  92.2
## 76   81.1  81.2  81.4  81.5  81.7  81.8
## 77   83.6  83.7  83.9  84.0  84.1  84.3
## 78   88.6  88.7  88.8  88.9  89.0  89.1
## 79   87.5  87.7  87.8  88.0  88.1  88.3
## 80   91.3  91.4  91.5  91.6  91.7  91.8
## 81   92.2  92.3  92.4  92.5  92.6  92.7
## 82   92.3  92.4  92.5  92.6  92.8  92.9
## 83   84.3  84.4  84.5  84.6  84.7  84.8
## 84   93.1  93.2  93.3  93.4  93.5  93.7
## 85   90.2  90.3  90.4  90.5  90.7  90.8
## 86   83.0  83.2  83.3  83.4  83.5  83.6
## 87   79.3  79.5  79.6  79.8  79.9  80.1
## 88   74.7  74.8  74.9  75.1  75.2  75.3
## 89   93.2  93.4  93.5  93.6  93.7  93.8
## 90   84.0  84.1  84.2  84.4  84.5  84.6
## 91   80.8  80.9  81.1  81.2  81.3  81.5
## 92   85.2  85.3  85.4  85.5  85.6  85.7
## 93   87.8  87.9  88.0  88.2  88.3  88.4
## 94   74.3  74.5  74.6  74.7  74.9  75.0
## 95   77.0  77.1  77.2  77.3  77.4  77.6
## 96   84.3  84.4  84.5  84.6  84.7  84.8
## 97   85.2  85.3  85.4  85.5  85.6  85.7
## 98   91.1  91.2  91.3  91.4  91.5  91.6
## 99   77.9  78.0  78.1  78.3  78.4  78.5
## 100  80.7  80.8  81.0  81.1  81.3  81.4
## 101  84.9  85.0  85.1  85.2  85.3  85.4
## 102  94.2  94.3  94.4  94.5  94.7  94.8
## 103  76.0  76.1  76.2  76.3  76.4  76.5
## 104  90.1  90.2  90.3  90.5  90.6  90.7
## 105    NA    NA    NA    NA    NA    NA
## 106  81.6  81.7  81.8  82.0  82.1  82.2
## 107  85.6  85.8  85.9  86.0  86.1  86.2
## 108  86.7  86.8  86.9  87.0  87.1  87.2
## 109  75.4  75.5  75.6  75.7  75.8  76.0
## 110  83.4  83.5  83.7  83.8  83.9  84.1
## 111  81.8  81.9  82.1  82.2  82.3  82.5
## 112  86.2  86.3  86.4  86.5  86.6  86.7
## 113  85.3  85.4  85.5  85.6  85.7  85.8
## 114  76.1  76.3  76.4  76.6  76.8  76.9
## 115  80.4  80.6  80.7  80.9  81.0  81.1
## 116  81.7  81.8  82.0  82.1  82.3  82.5
## 117  84.3  84.4  84.5  84.6  84.7  84.9
## 118  90.5  90.6  90.7  90.8  90.9  91.0
## 119  90.9  91.0  91.1  91.2  91.3  91.5
## 120  92.1  92.2  92.3  92.4  92.5  92.6
## 121  76.8  76.9  77.0  77.1  77.2  77.3
## 122  83.0  83.2  83.3  83.4  83.6  83.7
## 123  84.3  84.5  84.6  84.7  84.8  84.9
## 124  86.7  86.8  86.9  87.0  87.1  87.2
## 125  91.4  91.5  91.6  91.7  91.8  91.9
## 126  88.6  88.7  88.8  88.9  89.0  89.1
## 127  76.9  77.1  77.2  77.3  77.5  77.6
## 128  88.2  88.3  88.4  88.5  88.6  88.7
## 129  90.0  90.1  90.2  90.3  90.4  90.5
## 130  68.0  68.1  68.2  68.3  68.5  68.6
## 131  86.0  86.1  86.3  86.4  86.5  86.6
## 132  93.0  93.1  93.2  93.3  93.5  93.6
## 133  80.3  80.4  80.5  80.7  80.8  80.9
## 134  88.1  88.2  88.3  88.4  88.5  88.6
## 135  91.0  91.2  91.3  91.4  91.5  91.6
## 136  89.8  89.9  90.0  90.2  90.3  90.4
## 137  85.3  85.5  85.6  85.7  85.8  85.9
## 138  83.1  83.3  83.4  83.5  83.6  83.7
## 139  83.0  83.2  83.3  83.5  83.6  83.7
## 140  83.3  83.4  83.5  83.7  83.8  83.9
## 141  78.6  78.8  78.9  79.0  79.2  79.3
## 142  87.7  87.8  87.9  88.0  88.0  88.2
## 143  81.5  81.6  81.8  81.9  82.0  82.2
## 144  85.9  86.0  86.2  86.3  86.3  86.5
## 145  84.4  84.5  84.6  84.8  84.9  85.0
## 146  79.0  79.2  79.3  79.4  79.5  79.7
## 147  94.2  94.3  94.4  94.5  94.6  94.7
## 148  87.3  87.4  87.5  87.6  87.7  87.8
## 149  90.6  90.7  90.8  90.9  91.0  91.2
## 150  78.1  78.3  78.4  78.5  78.6  78.7
## 151  73.3  73.4  73.5  73.6  73.8  73.9
## 152  79.1  79.2  79.4  79.5  79.7  79.8
## 153  92.2  92.3  92.5  92.6  92.7  92.8
## 154  72.7  72.8  73.0  73.1  73.2  73.3
## 155  92.0  92.2  92.3  92.4  92.5  92.6
## 156  88.4  88.5  88.7  88.8  88.9  89.0
## 157  85.2  85.3  85.4  85.5  85.6  85.7
## 158  82.4  82.5  82.7  82.8  82.9  83.0
## 159  83.7  83.8  84.0  84.1  84.3  84.4
## 160  82.6  82.8  82.9  83.0  83.2  83.3
## 161  75.6  75.7  75.8  76.0  76.1  76.2
## 162  91.6  91.7  91.8  91.9  92.0  92.1
## 163  93.0  93.1  93.3  93.4  93.5  93.6
## 164  84.5  84.6  84.7  84.8  84.9  85.0
## 165  82.0  82.2  82.3  82.4  82.5  82.7
## 166  81.9  82.0  82.2  82.3  82.5  82.7
## 167  89.5  89.6  89.7  89.8  89.9  90.0
## 168  82.5  82.7  82.8  83.0  83.1  83.2
## 169  78.4  78.5  78.6  78.8  78.9  79.0
## 170  80.9  81.1  81.2  81.3  81.5  81.6
## 171  84.6  84.7  84.8  85.0  85.1  85.2
## 172  89.6  89.7  89.8  89.9  90.0  90.1
## 173  91.3  91.4  91.5  91.6  91.7  91.8
## 174  80.1  80.2  80.4  80.5  80.6  80.8
## 175  81.5  81.6  81.8  81.9  82.1  82.2
## 176  81.0  81.1  81.3  81.4  81.5  81.6
## 177  82.5  82.6  82.7  82.8  82.9  83.0
## 178  90.1  90.2  90.3  90.4  90.5  90.6
## 179  88.0  88.1  88.2  88.3  88.4  88.5
## 180  87.0  87.1  87.2  87.3  87.4  87.5
## 181  79.4  79.5  79.6  79.8  79.9  80.0
## 182  73.9  74.0  74.2  74.3  74.4  74.5
## 183  86.7  86.9  87.0  87.1  87.2  87.3
## 184  84.7  84.8  84.9  85.0  85.2  85.3
## 185  77.8  77.9  78.0  78.2  78.3  78.4
## 186  77.4  77.6  77.7  77.8  78.0  78.1
## 187  75.0  75.1  75.3  75.4  75.5  75.7
worldbank_data
## # A tibble: 12,369 x 8
##    iso2c iso3c country  date NY.GDP.PCAP.KD SE.PRM.NENR SH.DYN.MORT
##    <chr> <chr> <chr>   <dbl>          <dbl>       <dbl>       <dbl>
##  1 AW    ABW   Aruba    1960             NA          NA          NA
##  2 AW    ABW   Aruba    1961             NA          NA          NA
##  3 AW    ABW   Aruba    1962             NA          NA          NA
##  4 AW    ABW   Aruba    1963             NA          NA          NA
##  5 AW    ABW   Aruba    1964             NA          NA          NA
##  6 AW    ABW   Aruba    1965             NA          NA          NA
##  7 AW    ABW   Aruba    1966             NA          NA          NA
##  8 AW    ABW   Aruba    1967             NA          NA          NA
##  9 AW    ABW   Aruba    1968             NA          NA          NA
## 10 AW    ABW   Aruba    1969             NA          NA          NA
## # … with 12,359 more rows, and 1 more variable: SP.DYN.TFRT.IN <dbl>
hiv
## # A tibble: 154 x 34
##    country  `1979` `1980`  `1981` `1982`  `1983` `1984` `1985` `1986` `1987`
##    <chr>     <dbl>  <dbl>   <dbl>  <dbl>   <dbl>  <dbl>  <dbl>  <dbl>  <dbl>
##  1 Afghan… NA          NA NA          NA NA          NA     NA     NA     NA
##  2 Algeria NA          NA NA          NA NA          NA     NA     NA     NA
##  3 Angola   0.0265     NA NA          NA NA          NA     NA     NA     NA
##  4 Argent…  0.0205     NA NA          NA NA          NA     NA     NA     NA
##  5 Armenia NA          NA NA          NA NA          NA     NA     NA     NA
##  6 Austra… NA          NA NA          NA  0.0127     NA     NA     NA     NA
##  7 Austria NA          NA  0.0102     NA NA          NA     NA     NA     NA
##  8 Azerba… NA          NA NA          NA NA          NA     NA     NA     NA
##  9 Bahamas  0.01       NA NA          NA NA          NA     NA     NA     NA
## 10 Bangla… NA          NA NA          NA NA          NA     NA     NA     NA
## # … with 144 more rows, and 24 more variables: `1988` <lgl>, `1989` <lgl>,
## #   `1990` <dbl>, `1991` <dbl>, `1992` <dbl>, `1993` <dbl>, `1994` <dbl>,
## #   `1995` <dbl>, `1996` <dbl>, `1997` <dbl>, `1998` <dbl>, `1999` <dbl>,
## #   `2000` <dbl>, `2001` <dbl>, `2002` <dbl>, `2003` <dbl>, `2004` <dbl>,
## #   `2005` <dbl>, `2006` <dbl>, `2007` <dbl>, `2008` <dbl>, `2009` <dbl>,
## #   `2010` <dbl>, `2011` <dbl>
#tidying data
 clean_life_expectancy <- life_expectancy %>%
                           pivot_longer(cols=302:2,names_to="Year",values_to = "Life_Expectancy") %>%
                           arrange (Year) %>%
                           mutate(Year = gsub("\\X", "", Year)) %>%
                           rename("Country" = country)

 clean_worldbank_data <- inner_join (worldbank_data, countries) %>%
                         select(date, country, region,NY.GDP.PCAP.KD, SE.PRM.NENR,SH.DYN.MORT,SP.DYN.TFRT.IN)%>%
                         rename("Year" = date,
                             "Country" = country,
                              "GDP_per_capita" = NY.GDP.PCAP.KD,
                               "Primary_school_enrollment"= SE.PRM.NENR,
                                "Mortality_rate" = SH.DYN.MORT,
                                "Female_fertility" =SP.DYN.TFRT.IN,
                              "Region" =region)

 clean_hiv <- hiv %>%
             rename("Country" = country) %>%
             pivot_longer(cols=34:2,names_to="Year",values_to = "HIV_Rate") %>%
             arrange (Year)

 #changing year coloumn from dbl to charachter
 clean_worldbank_data$Year <- as.character(clean_worldbank_data$Year)

 clean_hiv
## # A tibble: 5,082 x 3
##    Country     Year  HIV_Rate
##    <chr>       <chr>    <dbl>
##  1 Afghanistan 1979   NA     
##  2 Algeria     1979   NA     
##  3 Angola      1979    0.0265
##  4 Argentina   1979    0.0205
##  5 Armenia     1979   NA     
##  6 Australia   1979   NA     
##  7 Austria     1979   NA     
##  8 Azerbaijan  1979   NA     
##  9 Bahamas     1979    0.01  
## 10 Bangladesh  1979   NA     
## # … with 5,072 more rows
 clean_life_expectancy
## # A tibble: 56,287 x 3
##    Country             Year  Life_Expectancy
##    <chr>               <chr>           <dbl>
##  1 Afghanistan         1800             28.2
##  2 Albania             1800             35.4
##  3 Algeria             1800             28.8
##  4 Andorra             1800             NA  
##  5 Angola              1800             27  
##  6 Antigua and Barbuda 1800             33.5
##  7 Argentina           1800             33.2
##  8 Armenia             1800             34  
##  9 Australia           1800             34  
## 10 Austria             1800             34.4
## # … with 56,277 more rows
 clean_worldbank_data
## # A tibble: 12,312 x 7
##    Year  Country Region GDP_per_capita Primary_school_… Mortality_rate
##    <chr> <chr>   <chr>           <dbl>            <dbl>          <dbl>
##  1 1960  Aruba   Latin…             NA               NA             NA
##  2 1961  Aruba   Latin…             NA               NA             NA
##  3 1962  Aruba   Latin…             NA               NA             NA
##  4 1963  Aruba   Latin…             NA               NA             NA
##  5 1964  Aruba   Latin…             NA               NA             NA
##  6 1965  Aruba   Latin…             NA               NA             NA
##  7 1966  Aruba   Latin…             NA               NA             NA
##  8 1967  Aruba   Latin…             NA               NA             NA
##  9 1968  Aruba   Latin…             NA               NA             NA
## 10 1969  Aruba   Latin…             NA               NA             NA
## # … with 12,302 more rows, and 1 more variable: Female_fertility <dbl>
 #combining dataframes

 combined_data <- full_join(clean_hiv, clean_life_expectancy, by=c("Year" = "Year","Country"="Country"))

 combined_data <- full_join(combined_data, clean_worldbank_data, by=c("Year" = "Year","Country"="Country"))

 combined_data %>%
           arrange(Country,Year)
## # A tibble: 58,852 x 9
##    Country Year  HIV_Rate Life_Expectancy Region GDP_per_capita Primary_school_…
##    <chr>   <chr>    <dbl>           <dbl> <chr>           <dbl>            <dbl>
##  1 Afghan… 1800        NA            28.2 <NA>               NA               NA
##  2 Afghan… 1801        NA            28.2 <NA>               NA               NA
##  3 Afghan… 1802        NA            28.2 <NA>               NA               NA
##  4 Afghan… 1803        NA            28.2 <NA>               NA               NA
##  5 Afghan… 1804        NA            28.2 <NA>               NA               NA
##  6 Afghan… 1805        NA            28.2 <NA>               NA               NA
##  7 Afghan… 1806        NA            28.1 <NA>               NA               NA
##  8 Afghan… 1807        NA            28.1 <NA>               NA               NA
##  9 Afghan… 1808        NA            28.1 <NA>               NA               NA
## 10 Afghan… 1809        NA            28.1 <NA>               NA               NA
## # … with 58,842 more rows, and 2 more variables: Mortality_rate <dbl>,
## #   Female_fertility <dbl>

We used full join because we wanted to keep all values of country and year, even if the HIV data wasn’t available early on.

##1. What is the relationship between HIV prevalence and life expectancy? Generate a scatterplot with a smoothing line to report your results. You may find faceting useful

ggplot(combined_data, aes(x=HIV_Rate, y=Life_Expectancy))+
  geom_point() +
  facet_wrap(~Region)+
  geom_smooth(model = lm)+
  scale_x_log10()+
  scale_y_log10()+
  theme_calc() +
  labs(title="Relationship between HIV Prevalence & Life Expectancy",
       x="HIV Prevalence (per 100 population of age group 15-49)",
       y="Life Expectancy")

##1. What is the relationship between fertility rate and GDP per capita? Generate a scatterplot with a smoothing line to report your results. You may find facetting by region useful

ggplot(combined_data, aes(x=Female_fertility, y=GDP_per_capita))+
  geom_point()+
  geom_smooth(model = lm) +
  facet_wrap(~Region)+
  theme_calc() +
  scale_y_log10()+
  scale_x_log10()+
  labs(title="Relationship between Female Fertility & GDP Per Capita",
       x="Female Fertility (number of children born per woman)",
       y="Life Expectancy (in constant 2010 US$)")

##1. Which regions have the most observations with missing HIV data? Generate a bar chart (geom_col()), in descending order.

combined_data3 <- combined_data %>%
                  mutate(test= is.na(HIV_Rate))%>%
                  filter(test == TRUE) %>%
                  filter (Region != "NA")  %>%
                  group_by(Region) %>%
                  summarise(n_hiv_rate = count(test)) %>%
                  arrange(Region,desc(n_hiv_rate))
combined_data3
## # A tibble: 7 x 2
##   Region                     n_hiv_rate
##   <chr>                           <int>
## 1 East Asia & Pacific              1793
## 2 Europe & Central Asia            2388
## 3 Latin America & Caribbean        1827
## 4 Middle East & North Africa       1005
## 5 North America                     125
## 6 South Asia                        300
## 7 Sub-Saharan Africa               1780
ggplot(combined_data3,aes(x=reorder(Region,n_hiv_rate, order = TRUE), y=n_hiv_rate)) +
      geom_col(stat= "identity")+
      coord_flip()+
      theme_clean()+
      labs(title="HIV Data Collected",
       x="Regions",
       y="Years where HIV Data was collected")

##1. How has mortality rate for under 5 changed by region? In each region, find the top 5 countries that have seen the greatest improvement, as well as those 5 countries where mortality rates have had the least improvement or even deterioration.

#Changing Mortality Rate

mrsum <- combined_data [!is.na(combined_data$Region), ] 
mrsum
## # A tibble: 12,312 x 9
##    Country Year  HIV_Rate Life_Expectancy Region GDP_per_capita Primary_school_…
##    <chr>   <chr>    <dbl>           <dbl> <chr>           <dbl>            <dbl>
##  1 Afghan… 1979   NA                 44.4 South…            NA              NA  
##  2 Algeria 1979   NA                 62.5 Middl…          3726.             78.9
##  3 Angola  1979    0.0265            47.5 Sub-S…            NA              NA  
##  4 Argent… 1979    0.0205            69.6 Latin…          7910.             NA  
##  5 Armenia 1979   NA                 69.2 Europ…            NA              NA  
##  6 Austra… 1979   NA                 74.1 East …         29383.            100. 
##  7 Austria 1979   NA                 72.7 Europ…         27126.             NA  
##  8 Azerba… 1979   NA                 66.7 Europ…            NA              NA  
##  9 Bangla… 1979   NA                 53.6 South…           366.             NA  
## 10 Barbad… 1979    0.0277            72.5 Latin…         13042.             98.9
## # … with 12,302 more rows, and 2 more variables: Mortality_rate <dbl>,
## #   Female_fertility <dbl>
mrsum2 <- mrsum %>%
   filter (Region != "NA") %>%
   group_by(Country,Region) 

mrsum2
## # A tibble: 12,312 x 9
## # Groups:   Country, Region [216]
##    Country Year  HIV_Rate Life_Expectancy Region GDP_per_capita Primary_school_…
##    <chr>   <chr>    <dbl>           <dbl> <chr>           <dbl>            <dbl>
##  1 Afghan… 1979   NA                 44.4 South…            NA              NA  
##  2 Algeria 1979   NA                 62.5 Middl…          3726.             78.9
##  3 Angola  1979    0.0265            47.5 Sub-S…            NA              NA  
##  4 Argent… 1979    0.0205            69.6 Latin…          7910.             NA  
##  5 Armenia 1979   NA                 69.2 Europ…            NA              NA  
##  6 Austra… 1979   NA                 74.1 East …         29383.            100. 
##  7 Austria 1979   NA                 72.7 Europ…         27126.             NA  
##  8 Azerba… 1979   NA                 66.7 Europ…            NA              NA  
##  9 Bangla… 1979   NA                 53.6 South…           366.             NA  
## 10 Barbad… 1979    0.0277            72.5 Latin…         13042.             98.9
## # … with 12,302 more rows, and 2 more variables: Mortality_rate <dbl>,
## #   Female_fertility <dbl>
ggplot(mrsum2, aes(x=Year, y=Mortality_rate, color = Country))+
  geom_point(size = 0.1, show.legend=FALSE) +
  geom_smooth(model = lm,show.legend=FALSE)+
  facet_wrap(~Region) +
  labs(title="Mortality Rate by Region",
       x="Years",
       y="Mortality Rate (for under 5 per 1000 live births)")

#Ranking by Mortality Rate

ranked_mortality <- combined_data [!is.na(combined_data$Mortality_rate), ] 

eap <- ranked_mortality %>%
                    group_by(Country)   %>%
  filter(Region == "East Asia & Pacific") %>%
                    arrange(Country,Year)  %>%
                    filter(Mortality_rate != "NA") %>%
                    filter(row_number()==1 | row_number()==n()) %>%
                    mutate(Percentage_Change_Mortality = (Mortality_rate- lag(Mortality_rate))/lag(Mortality_rate)) %>%
                    arrange(Region,Percentage_Change_Mortality) %>%
                    select(Region,Percentage_Change_Mortality, Country, Year) %>%
                    filter(Percentage_Change_Mortality != "NA")

head(eap)
## # A tibble: 6 x 4
## # Groups:   Country [6]
##   Region              Percentage_Change_Mortality Country           Year 
##   <chr>                                     <dbl> <chr>             <chr>
## 1 East Asia & Pacific                      -0.970 Korea, Rep.       2016 
## 2 East Asia & Pacific                      -0.943 Singapore         2016 
## 3 East Asia & Pacific                      -0.932 Japan             2016 
## 4 East Asia & Pacific                      -0.930 Thailand          2016 
## 5 East Asia & Pacific                      -0.916 China             2016 
## 6 East Asia & Pacific                      -0.912 Brunei Darussalam 2016
tail(eap)
## # A tibble: 6 x 4
## # Groups:   Country [6]
##   Region              Percentage_Change_Mortality Country                  Year 
##   <chr>                                     <dbl> <chr>                    <chr>
## 1 East Asia & Pacific                      -0.680 Fiji                     2016 
## 2 East Asia & Pacific                      -0.672 Tuvalu                   2016 
## 3 East Asia & Pacific                      -0.543 Nauru                    2016 
## 4 East Asia & Pacific                      -0.475 Palau                    2016 
## 5 East Asia & Pacific                      -0.430 Korea, Dem. People’s Re… 2016 
## 6 East Asia & Pacific                      -0.425 Micronesia, Fed. Sts.    2016
#Sub Saharan Africa

ssa <- ranked_mortality %>%
                    group_by(Country)   %>%
  filter(Region == "Sub-Saharan Africa") %>%
                    arrange(Country,Year)  %>%
                    filter(Mortality_rate != "NA") %>%
                    filter(row_number()==1 | row_number()==n()) %>%
                    mutate(Percentage_Change_Mortality = (Mortality_rate- lag(Mortality_rate))/lag(Mortality_rate)) %>%
                    arrange(Region,Percentage_Change_Mortality) %>%
                    select(Region,Percentage_Change_Mortality, Country, Year) %>%
                    filter(Percentage_Change_Mortality != "NA")
head(ssa)
## # A tibble: 6 x 4
## # Groups:   Country [6]
##   Region             Percentage_Change_Mortality Country     Year 
##   <chr>                                    <dbl> <chr>       <chr>
## 1 Sub-Saharan Africa                      -0.900 Cabo Verde  2016 
## 2 Sub-Saharan Africa                      -0.861 Mauritius   2016 
## 3 Sub-Saharan Africa                      -0.858 Seychelles  2016 
## 4 Sub-Saharan Africa                      -0.858 Malawi      2016 
## 5 Sub-Saharan Africa                      -0.840 Gambia, The 2016 
## 6 Sub-Saharan Africa                      -0.829 Senegal     2016
tail(ssa)
## # A tibble: 6 x 4
## # Groups:   Country [6]
##   Region             Percentage_Change_Mortality Country                  Year 
##   <chr>                                    <dbl> <chr>                    <chr>
## 1 Sub-Saharan Africa                      -0.606 Zimbabwe                 2016 
## 2 Sub-Saharan Africa                      -0.570 Central African Republic 2016 
## 3 Sub-Saharan Africa                      -0.541 Equatorial Guinea        2016 
## 4 Sub-Saharan Africa                      -0.515 Lesotho                  2016 
## 5 Sub-Saharan Africa                      -0.501 Chad                     2016 
## 6 Sub-Saharan Africa                      -0.346 Somalia                  2016
#North America
na <- ranked_mortality %>%
                    group_by(Country)   %>%
  filter(Region == "North America") %>%
                    arrange(Country,Year)  %>%
                    filter(Mortality_rate != "NA") %>%
                    filter(row_number()==1 | row_number()==n()) %>%
                    mutate(Percentage_Change_Mortality = (Mortality_rate- lag(Mortality_rate))/lag(Mortality_rate)) %>%
                    arrange(Region,Percentage_Change_Mortality) %>%
                    select(Region,Percentage_Change_Mortality, Country, Year) %>%
                    filter(Percentage_Change_Mortality != "NA")
head(na)
## # A tibble: 2 x 4
## # Groups:   Country [2]
##   Region        Percentage_Change_Mortality Country       Year 
##   <chr>                               <dbl> <chr>         <chr>
## 1 North America                      -0.840 Canada        2016 
## 2 North America                      -0.777 United States 2016
tail(na)
## # A tibble: 2 x 4
## # Groups:   Country [2]
##   Region        Percentage_Change_Mortality Country       Year 
##   <chr>                               <dbl> <chr>         <chr>
## 1 North America                      -0.840 Canada        2016 
## 2 North America                      -0.777 United States 2016
#Middle East & North Africa
mena <- ranked_mortality %>%
                        group_by(Country)   %>%
                        filter(Region == "Middle East & North Africa") %>%
                        arrange(Country,Year)  %>%
                    filter(Mortality_rate != "NA") %>%
                    filter(row_number()==1 | row_number()==n()) %>%
                    mutate(Percentage_Change_Mortality = (Mortality_rate- lag(Mortality_rate))/lag(Mortality_rate)) %>%
                    arrange(Region,Percentage_Change_Mortality) %>%
                    select(Region,Percentage_Change_Mortality, Country, Year) %>%
                    filter(Percentage_Change_Mortality != "NA")
head(mena)
## # A tibble: 6 x 4
## # Groups:   Country [6]
##   Region                    Percentage_Change_Mortali… Country             Year 
##   <chr>                                          <dbl> <chr>               <chr>
## 1 Middle East & North Afri…                     -0.967 Oman                2016 
## 2 Middle East & North Afri…                     -0.963 Bahrain             2016 
## 3 Middle East & North Afri…                     -0.961 United Arab Emirat… 2016 
## 4 Middle East & North Afri…                     -0.954 Libya               2016 
## 5 Middle East & North Afri…                     -0.951 Saudi Arabia        2016 
## 6 Middle East & North Afri…                     -0.940 Kuwait              2016
tail(mena) 
## # A tibble: 6 x 4
## # Groups:   Country [6]
##   Region                    Percentage_Change_Mortali… Country             Year 
##   <chr>                                          <dbl> <chr>               <chr>
## 1 Middle East & North Afri…                     -0.863 Syrian Arab Republ… 2016 
## 2 Middle East & North Afri…                     -0.861 Yemen, Rep.         2016 
## 3 Middle East & North Afri…                     -0.851 Iraq                2016 
## 4 Middle East & North Afri…                     -0.824 Malta               2016 
## 5 Middle East & North Afri…                     -0.804 West Bank and Gaza  2016 
## 6 Middle East & North Afri…                     -0.635 Djibouti            2016
#Europe & Central Asia

eca <- ranked_mortality %>%
                    group_by(Country)   %>%
                        filter(Region == "Europe & Central Asia") %>%
                        arrange(Country,Year)  %>%
                    filter(Mortality_rate != "NA") %>%
                    filter(row_number()==1 | row_number()==n()) %>%
                    mutate(Percentage_Change_Mortality = (Mortality_rate- lag(Mortality_rate))/lag(Mortality_rate)) %>%
                    arrange(Region,Percentage_Change_Mortality) %>%
                    select(Region,Percentage_Change_Mortality, Country, Year) %>%
                    filter(Percentage_Change_Mortality != "NA")

head(eca)
## # A tibble: 6 x 4
## # Groups:   Country [6]
##   Region                Percentage_Change_Mortality Country    Year 
##   <chr>                                       <dbl> <chr>      <chr>
## 1 Europe & Central Asia                      -0.969 Portugal   2016 
## 2 Europe & Central Asia                      -0.953 Turkey     2016 
## 3 Europe & Central Asia                      -0.934 Italy      2016 
## 4 Europe & Central Asia                      -0.932 Cyprus     2016 
## 5 Europe & Central Asia                      -0.928 Poland     2016 
## 6 Europe & Central Asia                      -0.923 Luxembourg 2016
tail(eca) 
## # A tibble: 6 x 4
## # Groups:   Country [6]
##   Region                Percentage_Change_Mortality Country         Year 
##   <chr>                                       <dbl> <chr>           <chr>
## 1 Europe & Central Asia                      -0.762 Tajikistan      2016 
## 2 Europe & Central Asia                      -0.761 Moldova         2016 
## 3 Europe & Central Asia                      -0.728 Ukraine         2016 
## 4 Europe & Central Asia                      -0.718 Slovak Republic 2016 
## 5 Europe & Central Asia                      -0.682 Turkmenistan    2016 
## 6 Europe & Central Asia                      -0.649 Monaco          2016
#Latin America & Caribbean
lac <- ranked_mortality %>%
                    group_by(Country)   %>%
                        filter(Region == "Latin America & Caribbean") %>%
                        arrange(Country,Year)  %>%
                    filter(Mortality_rate != "NA") %>%
                    filter(row_number()==1 | row_number()==n()) %>%
                    mutate(Percentage_Change_Mortality = (Mortality_rate- lag(Mortality_rate))/lag(Mortality_rate)) %>%
                    arrange(Region,Percentage_Change_Mortality) %>%
                    select(Region,Percentage_Change_Mortality, Country, Year) %>%
                    filter(Percentage_Change_Mortality != "NA")

head(lac)
## # A tibble: 6 x 4
## # Groups:   Country [6]
##   Region                    Percentage_Change_Mortality Country            Year 
##   <chr>                                           <dbl> <chr>              <chr>
## 1 Latin America & Caribbean                      -0.951 Chile              2016 
## 2 Latin America & Caribbean                      -0.934 Peru               2016 
## 3 Latin America & Caribbean                      -0.920 El Salvador        2016 
## 4 Latin America & Caribbean                      -0.916 Ecuador            2016 
## 5 Latin America & Caribbean                      -0.914 Antigua and Barbu… 2016 
## 6 Latin America & Caribbean                      -0.911 Honduras           2016
tail(lac)
## # A tibble: 6 x 4
## # Groups:   Country [6]
##   Region                    Percentage_Change_Mortality Country            Year 
##   <chr>                                           <dbl> <chr>              <chr>
## 1 Latin America & Caribbean                      -0.739 Paraguay           2016 
## 2 Latin America & Caribbean                      -0.717 Trinidad and Toba… 2016 
## 3 Latin America & Caribbean                      -0.694 Venezuela, RB      2016 
## 4 Latin America & Caribbean                      -0.656 Suriname           2016 
## 5 Latin America & Caribbean                      -0.651 Guyana             2016 
## 6 Latin America & Caribbean                      -0.539 Bahamas, The       2016
#South Asia

sa <- ranked_mortality %>%
                  group_by(Country)   %>%
                        filter(Region == "South Asia") %>%
                        arrange(Country,Year)  %>%
                    filter(Mortality_rate != "NA") %>%
                    filter(row_number()==1 | row_number()==n()) %>%
                    mutate(Percentage_Change_Mortality = (Mortality_rate- lag(Mortality_rate))/lag(Mortality_rate)) %>%
                    arrange(Region,Percentage_Change_Mortality) %>%
                    select(Region,Percentage_Change_Mortality, Country, Year) %>%
                    filter(Percentage_Change_Mortality != "NA")

head(sa)
## # A tibble: 6 x 4
## # Groups:   Country [6]
##   Region     Percentage_Change_Mortality Country    Year 
##   <chr>                            <dbl> <chr>      <chr>
## 1 South Asia                      -0.969 Maldives   2016 
## 2 South Asia                      -0.913 Sri Lanka  2016 
## 3 South Asia                      -0.893 Nepal      2016 
## 4 South Asia                      -0.887 Bhutan     2016 
## 5 South Asia                      -0.863 Bangladesh 2016 
## 6 South Asia                      -0.831 India      2016
tail(sa)
## # A tibble: 6 x 4
## # Groups:   Country [6]
##   Region     Percentage_Change_Mortality Country     Year 
##   <chr>                            <dbl> <chr>       <chr>
## 1 South Asia                      -0.893 Nepal       2016 
## 2 South Asia                      -0.887 Bhutan      2016 
## 3 South Asia                      -0.863 Bangladesh  2016 
## 4 South Asia                      -0.831 India       2016 
## 5 South Asia                      -0.804 Afghanistan 2016 
## 6 South Asia                      -0.708 Pakistan    2016

#1. Is there a relationship between primary school enrollment and fertility rate?

combined_data2 <- combined_data [!is.na(combined_data$Primary_school_enrollment), ] 
combined_data3 <- combined_data2 [!is.na(combined_data2$Female_fertility), ] 


cor(combined_data3$Primary_school_enrollment,combined_data3$Female_fertility)
## [1] -0.717

They are correlated -0.717, which means that they are negatively correlated. The higher the primary school enrolment, the lower the female fertility.

6 Challenge 1: CDC COVID-19 Public Use Data

# file contains 11 variables and 3.66m rows and is well over 380Mb. 
# It will take time to download

# URL link to CDC to download data
url <- "https://data.cdc.gov/api/views/vbim-akqf/rows.csv?accessType=DOWNLOAD"

covid_data <- vroom::vroom(url)%>% # If vroom::vroom(url) doesn't work, use read_csv(url)
  clean_names()

covid_data
## # A tibble: 4,481,062 x 11
##    cdc_report_dt pos_spec_dt onset_dt   current_status sex   age_group
##    <date>        <date>      <date>     <chr>          <chr> <chr>    
##  1 2020-03-22    2020-03-15  2020-03-11 Laboratory-co… Fema… 0 - 9 Ye…
##  2 2020-03-23    2020-03-15  NA         Laboratory-co… Fema… 0 - 9 Ye…
##  3 2020-03-15    2020-03-15  NA         Laboratory-co… Fema… 0 - 9 Ye…
##  4 2020-03-15    2020-03-15  NA         Laboratory-co… Fema… 0 - 9 Ye…
##  5 2020-03-15    2020-03-15  NA         Laboratory-co… Fema… 0 - 9 Ye…
##  6 2020-03-03    2020-03-15  2020-03-03 Laboratory-co… Fema… 0 - 9 Ye…
##  7 2020-03-20    2020-03-15  NA         Laboratory-co… Fema… 0 - 9 Ye…
##  8 2020-03-20    2020-03-15  NA         Laboratory-co… Fema… 0 - 9 Ye…
##  9 2020-03-24    2020-03-15  NA         Laboratory-co… Male  0 - 9 Ye…
## 10 2020-03-15    2020-03-15  2020-03-30 Laboratory-co… Male  0 - 9 Ye…
## # … with 4,481,052 more rows, and 5 more variables:
## #   race_and_ethnicity_combined <chr>, hosp_yn <chr>, icu_yn <chr>,
## #   death_yn <chr>, medcond_yn <chr>

Sample

Given the data we have, I would like you to produce two graphs that show death % rate:

#Remain useful columns and drop unnecessary columns. Drop samples with unknown age and sex.
covid_data_clear <- covid_data %>%
  select(sex, age_group, icu_yn, death_yn, medcond_yn) %>%
  filter(age_group != "Unknown", age_group!= "Missing") %>%
  filter(sex != "Unknown",sex != "Missing", sex!="Other") 
  1. by age group, sex, and whether the patient had co-morbidities or not
#There exist some missing data for death_yn and medcond_yn, which are not our focus. Thus, delete these missing samples.
covid_data_clear2 <- covid_data_clear %>%
  select( -icu_yn) %>%
  filter(medcond_yn != "Unknown", medcond_yn != "Missing") %>%
  filter(death_yn != "Unknown", death_yn != "Missing") %>%
  mutate(death_yn = ifelse(death_yn == "Yes", 1, 0)) %>%
  mutate(medcond_yn = case_when(
    medcond_yn=="Yes" ~ "With co-morbidities",
    medcond_yn=="No" ~ "Without co-morbidities")) 
    #rename variables in medcond_yn

#Plot the graph using ggplot
covid_data_clear2 %>% 
  group_by(sex, medcond_yn, age_group) %>% 
  summarise(count=n(),
            death_rate=sum(death_yn)/count) %>%
  ggplot(aes(x=age_group,y=death_rate)) +
  geom_col(show.legend = FALSE, fill="#a6bddb") + 
  geom_text(aes(label=round(death_rate*100,1), vjust=0.5, hjust=-0.1)) +
  facet_grid(medcond_yn ~ sex) +
  coord_flip() +
  theme_bw() +
  labs(title = "Covid death % by age group, sex and presence of co-morbidities ", x="",y = "", caption = "Source: CDC") +
  NULL

  1. by age group, sex, and whether the patient was admited to Intensive Care Unit (ICU) or not.
#There exist some missing data for death_yn and icu_yn, which are not our focus. Thus, delete these missing samples.
covid_data_clear3 <- covid_data_clear %>%
  select( -medcond_yn) %>%
  filter(icu_yn != "Unknown", icu_yn != "Missing") %>%
  filter(death_yn != "Unknown", death_yn != "Missing") %>%
  mutate(death_yn = ifelse(death_yn == "Yes", 1, 0)) %>%
  mutate(icu_yn = case_when(
    icu_yn=="Yes" ~ "Admitted to ICU",
    icu_yn=="No" ~ "No ICU")) 
    #rename variables in icu_yn

#Plot the graph using ggplot
covid_data_clear3 %>% 
  group_by(sex, icu_yn, age_group) %>% 
  summarise(count=n(),
            death_rate=sum(death_yn)/count) %>%
  ggplot(aes(x=age_group,y=death_rate)) +
  geom_col(show.legend = FALSE, fill="#fdbb84") + 
  geom_text(aes(label=round(death_rate*100,1), vjust=0.5, hjust=-0.1)) +
  facet_grid(icu_yn ~ sex) +
  coord_flip() +
  theme_bw() +
  labs(title = "Covid death % by age group, sex and whether patient was admitted to ICU", x="",y = "", caption = "Source: CDC") +
  NULL

7 Challenge 2: Excess rentals in TfL bike sharing

url <- "https://data.london.gov.uk/download/number-bicycle-hires/ac29363e-e0cb-47cc-a97a-e216d900a6b0/tfl-daily-cycle-hires.xlsx"

# Download TFL data to temporary file
httr::GET(url, write_disk(bike.temp <- tempfile(fileext = ".xlsx")))
## Response [https://airdrive-secure.s3-eu-west-1.amazonaws.com/london/dataset/number-bicycle-hires/2020-09-18T09%3A06%3A54/tfl-daily-cycle-hires.xlsx?X-Amz-Algorithm=AWS4-HMAC-SHA256&X-Amz-Credential=AKIAJJDIMAIVZJDICKHA%2F20200929%2Feu-west-1%2Fs3%2Faws4_request&X-Amz-Date=20200929T154416Z&X-Amz-Expires=300&X-Amz-Signature=850150027c7093a3d8426e5a973d1d7e8bf4ab4931f78fde2396db531d6d227e&X-Amz-SignedHeaders=host]
##   Date: 2020-09-29 15:48
##   Status: 200
##   Content-Type: application/vnd.openxmlformats-officedocument.spreadsheetml.sheet
##   Size: 165 kB
## <ON DISK>  C:\Users\phili\AppData\Local\Temp\RtmpkRrFCw\filec80694277fb.xlsx
# Use read_excel to read it as dataframe
bike0 <- read_excel(bike.temp,
                   sheet = "Data",
                   range = cell_cols("A:B"))

# change dates to get year, month, and week
bike <- bike0 %>% 
  clean_names() %>% 
  rename (bikes_hired = number_of_bicycle_hires) %>% 
  mutate (year = year(day),
          month = lubridate::month(day, label = TRUE),
          week = isoweek(day))

We can easily create a facet grid that plots bikes hired by month and year.

bike_filtered <- bike %>% filter(year>=2015) %>% mutate(month1 = month(day))

ggplot(bike_filtered, aes(x=bikes_hired))+
  geom_density()+
  facet_grid(rows=vars(year),cols=vars(month))+
  labs(title = "Distribution of bikes hired per month",
       x= 'Bike Hired', y = "") + 
  scale_x_continuous(breaks = c(20000, 40000, 60000), 
                labels = c('20K', '40K', '60K'))+
  scale_y_continuous(breaks = c()) +
  theme(legend.position = "none") +
  theme_bw()+
  NULL

Bikes hired in May and June in 2020 compared with previous years dropped significantly, probabily attributed to lockdown.

##However, the challenge I want you to work on is to reproduce the following two graphs.

##The second one looks at percentage changes from the expected level of weekly rentals. The two grey shaded rectangles correspond to the second (weeks 14-26) and fourth (weeks 40-52) quarters.

##For both of these graphs, you have to calculate the expected number of rentals per week or month between 2015-2019 and then, see how each week/month of 2020 compares to the expected rentals. Think of the calculation excess_rentals = actual_rentals - expected_rentals.

##Should you use the mean or the median to calculate your expected rentals? Why?

bike15_19 <- bike %>% 
  filter(year>=2015 & year<=2019) %>% 
  mutate(month1 = month(day))
  
#Calculate the monthly average between 2015-2019 using median 
expected_monthly_rentals <- bike15_19 %>% group_by(month1) %>% summarise(median_exp=median(bikes_hired))
#Calculate the acutual monthly average between 2015-2020 using median 
bike_month <- bike_filtered %>% group_by(year,month1) %>% summarise(median_ac=median(bikes_hired)) 
#left_join the dataframe
bike_month_exc <- left_join(bike_month,expected_monthly_rentals,by='month1')
bike_month_exc <- bike_month_exc %>% mutate (maxline=ifelse(median_exp>median_ac,median_exp,median_ac),
                                                   minline=ifelse(median_exp<median_ac,median_exp,median_ac))

# replicate the plot with two ribbons using different colors
ggplot(bike_month_exc,aes(x=month1))+
  geom_ribbon(aes(ymin=minline,ymax=median_exp),fill='lightblue')+
  geom_ribbon(aes(ymin=median_exp,ymax=maxline),fill='lightgreen')+
  geom_line(aes(y=median_exp),color='black',size=1)+
  facet_wrap(~year)+
  labs(title = "Monthly changes in Tfl Bike Rentals",
       x= '', y = "Bike Rentals",caption = "Source: Tfl, London Data Store") +
  scale_x_continuous(breaks = c(1, 2, 3,4,5,6,7,8,9,10,11,12), 
                labels = c('JAN', 'FEB', 'MAR','APR','MAY','JUN','JUL','AUG','SEP','OCT','NOV','DEC'))+
  theme(axis.text.x = element_text(size = 8, margin = margin(0,15,0,0)))+
  NULL

#Calculate the weekly average between 2015-2019 using median 
expected_weekly_rentals <- bike15_19 %>% 
  group_by(week) %>% 
  summarise(median_exp=median(bikes_hired))
#Calculate the actual weekly average between 2015-2020 using median 
bike15_20 <- bike %>% 
  filter(year>=2015 & year<=2020) %>% 
  mutate(month1 = month(day))

bike_week <- bike15_20 %>% 
  group_by(year,week) %>% 
  summarise(median_ac=median(bikes_hired)) 
#left_join the dataframe
bike_week_exc <- left_join(bike_week,expected_weekly_rentals,by='week')
bike_week_exc <- bike_week_exc %>% mutate(bike_week_excess_rate = median_ac/median_exp-1)
bike_week_exc <- bike_week_exc %>% mutate (maxline=ifelse(bike_week_excess_rate>0,bike_week_excess_rate,0),
                                                   minline=ifelse(bike_week_excess_rate<0,bike_week_excess_rate,0),
                                                 whether_pos=ifelse(bike_week_excess_rate>0,'1','0'))
# replicate the plot with two ribbons and a rug using different colors
ggplot(bike_week_exc,aes(x=week))+
  geom_ribbon(aes(ymin=minline,ymax=0),fill='lightblue')+
  geom_ribbon(aes(ymin=0,ymax=maxline),fill='lightgreen')+
  geom_line(aes(y=bike_week_excess_rate),size=0.5) +
  geom_rug(aes(color=whether_pos),sides="b",show.legend = FALSE)+
  scale_color_manual(values = c("lightblue", "lightgreen"))+
  facet_wrap(~year)+
  labs(title = "Weekly changes in Tfl Bike Rentals",
       x= '', y = "week",caption = "Source: Tfl, London Data Store") +
  scale_x_continuous(breaks = c(13,26,39,53), 
                labels = c('13', '26', '39','53'))+
  scale_y_continuous(breaks = c(-0.6,-0.3,0,0.3,0.6), 
                labels = c('-60%', '-30%', '0%','30%','60%'))+
  theme(axis.text.x = element_text(size = 12, margin = margin(0,15,0,0)))+
  NULL

##For both of these graphs, you have to calculate the expected number of rentals per week or month between 2015-2019 and then, see how each week/month of 2020 compares to the expected rentals. Think of the calculation excess_rentals = actual_rentals - expected_rentals.

##Should you use the mean or the median to calculate your expected rentals? Why?

8 Deliverables

9 Details

  • Who did you collaborate with: entire group
  • Approximately how much time did you spend on this problem set: week
  • What, if anything, gave you the most trouble: everything

As a true test to yourself, do you understand the code you submitted and are you able to explain it to someone else? yes

10 Rubric

Check minus (1/5): Displays minimal effort. Doesn’t complete all components. Code is poorly written and not documented. Uses the same type of plot for each graph, or doesn’t use plots appropriate for the variables being analyzed.

Check (3/5): Solid effort. Hits all the elements. No clear mistakes. Easy to follow (both the code and the output).

Check plus (5/5): Finished all components of the assignment correctly and addressed both challenges. Code is well-documented (both self-documented and with additional comments as necessary). Used tidyverse, instead of base R. Graphs and tables are properly labelled. Analysis is clear and easy to follow, either because graphs are labeled clearly or you’ve written additional text to describe how you interpret the output.